Project+ Wiki - User contributions [en]

Project Charter

2025-11-02T06:59:03Z

10.0.1.1:

== Project Title ==
'''Aerodrive: Arduino Fan Car'''

== Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== High Level Requirements ==

* Chassis to support fans and electronics.
* Arduino to control directions and speed.
* Battery packs for power management Arduino and fans.
* Control system (wireless or onboard).
* Documentation to replicate prototype.

== Assumptions, Constraints, Dependencies ==

Assumptions:
* Access to Arduino Starter kit.
* Team members having basic programming skills and electronics knowledge.
* Sufficient thrust coming from fans.
Constraints:
* Components cannot exceed $90.
* Fan propulsions base.
* Small and lightweight prototype.
Dependencies:
* Programming must be finalized and tested before full system testing.
* The power system must be verified to supply sufficient voltage and current for both Arduino and fans.
* Documentation depends on completing a successful prototype.

== High Level Risk ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Impact !! Probability !! Mitigation Strategy
|-
| Insufficient trust from fans || High|| Medium|| Test multiple fan types, adjust angle, reduce car weight
|-
| Inadequate power supply || Medium || Medium || Use a separate power supply for fans and Arduino
|-
| Instability in Arduino code || High || Medium || Incremental testing and debugging
|}

== Time Estimate ==
* Total Duration: 5 weeks
** Week 1: Project initiation.
** Week 2: Electronic setup.
** Week 3: Chassis construction.
** Week 4: Programming and Integration.
** Week 5: Testing and documentation.

== Stakeholders ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Sponsor || Professor || Provides funding, ultimate decision authority
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|-
| Users / Reviewers || Classmates || Recipient of functional prototype
|}

== Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== Approval Signatures, Project Manager and Business Owner ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:57:44Z

10.0.1.1: /* Deliverables */

== Project Title ==
'''Aerodrive: Arduino Fan Car'''

== Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== High Level Requirements ==

* Chassis to support fans and electronics.
* Arduino to control directions and speed.
* Battery packs for power management Arduino and fans.
* Control system (wireless or onboard).
* Documentation to replicate prototype.

== Assumptions, Constraints, Dependencies ==

Assumptions:
1. Access to Arduino Starter kit.
2. Team members having basic programming skills and electronics knowledge.
3. Sufficient thrust coming from fans.
Constraints:
1. Components cannot exceed $90.
2. Fan propulsions base.
3. Small and lightweight prototype.
Dependencies:
1. Programming must be finalized and tested before full system testing.
2. The power system must be verified to supply sufficient voltage and current for both Arduino and fans.
3. Documentation depends on completing a successful prototype.

== High Level Risk ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Impact !! Probability !! Mitigation Strategy
|-
| Insufficient trust from fans || High|| Medium|| Test multiple fan types, adjust angle, reduce car weight
|-
| Inadequate power supply || Medium || Medium || Use a separate power supply for fans and Arduino
|-
| Instability in Arduino code || High || Medium || Incremental testing and debugging
|}

== Time Estimate ==
* Total Duration: 5 weeks
** Week 1: Project initiation.
** Week 2: Electronic setup.
** Week 3: Chassis construction.
** Week 4: Programming and Integration.
** Week 5: Testing and documentation.

== Stakeholders ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Sponsor || Professor || Provides funding, ultimate decision authority
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|-
| Users / Reviewers || Classmates || Recipient of functional prototype
|}

== Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== Approval Signatures, Project Manager and Business Owner ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:56:34Z

10.0.1.1: /* High Level Requirements */

== Project Title ==
'''Aerodrive: Arduino Fan Car'''

== Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== High Level Requirements ==

* Chassis to support fans and electronics.
* Arduino to control directions and speed.
* Battery packs for power management Arduino and fans.
* Control system (wireless or onboard).
* Documentation to replicate prototype.

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== High Level Risk ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Impact !! Probability !! Mitigation Strategy
|-
| Insufficient trust from fans || High|| Medium|| Test multiple fan types, adjust angle, reduce car weight
|-
| Inadequate power supply || Medium || Medium || Use a separate power supply for fans and Arduino
|-
| Instability in Arduino code || High || Medium || Incremental testing and debugging
|}

== Time Estimate ==
* Total Duration: 5 weeks
** Week 1: Project initiation.
** Week 2: Electronic setup.
** Week 3: Chassis construction.
** Week 4: Programming and Integration.
** Week 5: Testing and documentation.

== Stakeholders ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Sponsor || Professor || Provides funding, ultimate decision authority
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|-
| Users / Reviewers || Classmates || Recipient of functional prototype
|}

== Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== Approval Signatures, Project Manager and Business Owner ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:56:00Z

10.0.1.1: /* SMART goals */

== Project Title ==
'''Aerodrive: Arduino Fan Car'''

== Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== 4. High Level Requirements ==

* Chassis to support fans and electronics.
* Arduino to control directions and speed.
* Battery packs for power management Arduino and fans.
* Control system (wireless or onboard).
* Documentation to replicate prototype.

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== High Level Risk ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Impact !! Probability !! Mitigation Strategy
|-
| Insufficient trust from fans || High|| Medium|| Test multiple fan types, adjust angle, reduce car weight
|-
| Inadequate power supply || Medium || Medium || Use a separate power supply for fans and Arduino
|-
| Instability in Arduino code || High || Medium || Incremental testing and debugging
|}

== Time Estimate ==
* Total Duration: 5 weeks
** Week 1: Project initiation.
** Week 2: Electronic setup.
** Week 3: Chassis construction.
** Week 4: Programming and Integration.
** Week 5: Testing and documentation.

== Stakeholders ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Sponsor || Professor || Provides funding, ultimate decision authority
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|-
| Users / Reviewers || Classmates || Recipient of functional prototype
|}

== Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== Approval Signatures, Project Manager and Business Owner ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:55:48Z

10.0.1.1: /* Cost Estimate */

== Project Title ==
'''Aerodrive: Arduino Fan Car'''

== Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 3. SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== 4. High Level Requirements ==

* Chassis to support fans and electronics.
* Arduino to control directions and speed.
* Battery packs for power management Arduino and fans.
* Control system (wireless or onboard).
* Documentation to replicate prototype.

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== High Level Risk ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Impact !! Probability !! Mitigation Strategy
|-
| Insufficient trust from fans || High|| Medium|| Test multiple fan types, adjust angle, reduce car weight
|-
| Inadequate power supply || Medium || Medium || Use a separate power supply for fans and Arduino
|-
| Instability in Arduino code || High || Medium || Incremental testing and debugging
|}

== Time Estimate ==
* Total Duration: 5 weeks
** Week 1: Project initiation.
** Week 2: Electronic setup.
** Week 3: Chassis construction.
** Week 4: Programming and Integration.
** Week 5: Testing and documentation.

== Stakeholders ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Sponsor || Professor || Provides funding, ultimate decision authority
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|-
| Users / Reviewers || Classmates || Recipient of functional prototype
|}

== Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== Approval Signatures, Project Manager and Business Owner ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:55:40Z

10.0.1.1: /* Purpose */

== Project Title ==
'''Aerodrive: Arduino Fan Car'''

== Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== 3. Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 3. SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== 4. High Level Requirements ==

* Chassis to support fans and electronics.
* Arduino to control directions and speed.
* Battery packs for power management Arduino and fans.
* Control system (wireless or onboard).
* Documentation to replicate prototype.

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== High Level Risk ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Impact !! Probability !! Mitigation Strategy
|-
| Insufficient trust from fans || High|| Medium|| Test multiple fan types, adjust angle, reduce car weight
|-
| Inadequate power supply || Medium || Medium || Use a separate power supply for fans and Arduino
|-
| Instability in Arduino code || High || Medium || Incremental testing and debugging
|}

== Time Estimate ==
* Total Duration: 5 weeks
** Week 1: Project initiation.
** Week 2: Electronic setup.
** Week 3: Chassis construction.
** Week 4: Programming and Integration.
** Week 5: Testing and documentation.

== Stakeholders ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Sponsor || Professor || Provides funding, ultimate decision authority
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|-
| Users / Reviewers || Classmates || Recipient of functional prototype
|}

== Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== Approval Signatures, Project Manager and Business Owner ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:55:32Z

10.0.1.1: /* Project Title */

== Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== 3. Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 3. SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== 4. High Level Requirements ==

* Chassis to support fans and electronics.
* Arduino to control directions and speed.
* Battery packs for power management Arduino and fans.
* Control system (wireless or onboard).
* Documentation to replicate prototype.

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== High Level Risk ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Impact !! Probability !! Mitigation Strategy
|-
| Insufficient trust from fans || High|| Medium|| Test multiple fan types, adjust angle, reduce car weight
|-
| Inadequate power supply || Medium || Medium || Use a separate power supply for fans and Arduino
|-
| Instability in Arduino code || High || Medium || Incremental testing and debugging
|}

== Time Estimate ==
* Total Duration: 5 weeks
** Week 1: Project initiation.
** Week 2: Electronic setup.
** Week 3: Chassis construction.
** Week 4: Programming and Integration.
** Week 5: Testing and documentation.

== Stakeholders ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Sponsor || Professor || Provides funding, ultimate decision authority
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|-
| Users / Reviewers || Classmates || Recipient of functional prototype
|}

== Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== Approval Signatures, Project Manager and Business Owner ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:54:57Z

10.0.1.1: /* High Level Risk */

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== 3. Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 3. SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== 4. High Level Requirements ==

* Chassis to support fans and electronics.
* Arduino to control directions and speed.
* Battery packs for power management Arduino and fans.
* Control system (wireless or onboard).
* Documentation to replicate prototype.

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== High Level Risk ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Impact !! Probability !! Mitigation Strategy
|-
| Insufficient trust from fans || High|| Medium|| Test multiple fan types, adjust angle, reduce car weight
|-
| Inadequate power supply || Medium || Medium || Use a separate power supply for fans and Arduino
|-
| Instability in Arduino code || High || Medium || Incremental testing and debugging
|}

== Time Estimate ==
* Total Duration: 5 weeks
** Week 1: Project initiation.
** Week 2: Electronic setup.
** Week 3: Chassis construction.
** Week 4: Programming and Integration.
** Week 5: Testing and documentation.

== Stakeholders ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Sponsor || Professor || Provides funding, ultimate decision authority
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|-
| Users / Reviewers || Classmates || Recipient of functional prototype
|}

== Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== Approval Signatures, Project Manager and Business Owner ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:51:16Z

10.0.1.1: /* Time Estimate */

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== 3. Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 3. SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== 4. High Level Requirements ==

* Chassis to support fans and electronics.
* Arduino to control directions and speed.
* Battery packs for power management Arduino and fans.
* Control system (wireless or onboard).
* Documentation to replicate prototype.

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== Time Estimate ==
* Total Duration: 5 weeks
** Week 1: Project initiation.
** Week 2: Electronic setup.
** Week 3: Chassis construction.
** Week 4: Programming and Integration.
** Week 5: Testing and documentation.

== Stakeholders ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Sponsor || Professor || Provides funding, ultimate decision authority
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|-
| Users / Reviewers || Classmates || Recipient of functional prototype
|}

== Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== Approval Signatures, Project Manager and Business Owner ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:50:33Z

10.0.1.1: /* Time Estimate */

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== 3. Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 3. SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== 4. High Level Requirements ==

* Chassis to support fans and electronics.
* Arduino to control directions and speed.
* Battery packs for power management Arduino and fans.
* Control system (wireless or onboard).
* Documentation to replicate prototype.

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== Time Estimate ==
* Total Duration: 5 weeks
** Week 1: Project initiation.
** Week 2: Electronic setup.
*** Week 3: Chassis construction

== Stakeholders ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Sponsor || Professor || Provides funding, ultimate decision authority
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|-
| Users / Reviewers || Classmates || Recipient of functional prototype
|}

== Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== Approval Signatures, Project Manager and Business Owner ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:49:49Z

10.0.1.1: /* Success Criteria */

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== 3. Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 3. SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== 4. High Level Requirements ==

* Chassis to support fans and electronics.
* Arduino to control directions and speed.
* Battery packs for power management Arduino and fans.
* Control system (wireless or onboard).
* Documentation to replicate prototype.

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== Time Estimate ==
* Total Duration: 5 weeks
** o Week 1: Project initiation.

== Stakeholders ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Sponsor || Professor || Provides funding, ultimate decision authority
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|-
| Users / Reviewers || Classmates || Recipient of functional prototype
|}

== Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== Approval Signatures, Project Manager and Business Owner ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:48:48Z

10.0.1.1:

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== 3. Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 3. SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== 4. High Level Requirements ==

* Chassis to support fans and electronics.
* Arduino to control directions and speed.
* Battery packs for power management Arduino and fans.
* Control system (wireless or onboard).
* Documentation to replicate prototype.

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
** The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== Stakeholders ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Sponsor || Professor || Provides funding, ultimate decision authority
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|-
| Users / Reviewers || Classmates || Recipient of functional prototype
|}

== Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== Approval Signatures, Project Manager and Business Owner ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:36:37Z

10.0.1.1: /* 4. Scope Statement */

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== 3. Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 3. SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== 4. High Level Requirements ==

1. Chassis to support fans and electronics.
2. Arduino to control directions and speed.
3. Battery packs for power management Arduino and fans.
4. Control system (wireless or onboard).
5. Documentation to replicate prototype.

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:35:43Z

10.0.1.1:

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== 3. Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 3. SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:34:53Z

10.0.1.1:

= Project Charter =

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== 3. Cost Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"

The total estimated cost for this project is $90.

! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 3. SMART goals ==
* Specific: Design and construct a fan powered car with an Arduino Starter Kit.
* Measurable: A prototype that move forward, adjust direction, and speed reliably for at least 5 minutes without failure.
* Achievable: Utilizing Arduino kit, four fans, and a lightweight chassis to complete a working prototype.
* Relevant: Learning and demonstrates system programming, electronics integration, propulsion, and design.
* Time-bound: Car that reliably run for 5 minutes without overheating or malfunctioning.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:27:46Z

10.0.1.1:

= Project Charter =

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles.

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:15:27Z

10.0.1.1: /* 6. Project Milestones */

= Project Charter =

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestones !! Description
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:11:26Z

10.0.1.1: /* 6. Project Milestones */

= Project Charter =

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description !
|-
| Project initiation || Define concept, gather materials
|-
| Chassis construction || Build car frame and mount fans
|-
| Electronics setup || Connect fans, Arduino, and power system
|-
| Programming phase || Develop and test Arduino control code
|-
| Testing phase || Conduct movement and control tests
|-
| Final documentation || Compile report and present results
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:10:26Z

10.0.1.1: /* 6. Project Milestones */

= Project Charter =

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description
|-
| Project initiation || Define concept, gather materials ||
|-
| Chassis construction || Build car frame and mount fans ||
|-
| Electronics setup || Connect fans, Arduino, and power system ||
|-
| Programming phase || Develop and test Arduino control code ||
|-
| Testing phase || Conduct movement and control tests ||
|-
| Final documentation || Compile report and present results ||
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:10:10Z

10.0.1.1: /* 6. Project Milestones */

= Project Charter =

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description !!
|-
| Project initiation || Define concept, gather materials ||
|-
| Chassis construction || Build car frame and mount fans ||
|-
| Electronics setup || Connect fans, Arduino, and power system ||
|-
| Programming phase || Develop and test Arduino control code ||
|-
| Testing phase || Conduct movement and control tests ||
|-
| Final documentation || Compile report and present results ||
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:09:55Z

10.0.1.1: /* 6. Project Milestones */

= Project Charter =

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description
|-
| Project initiation || Define concept, gather materials ||
|-
| Chassis construction || Build car frame and mount fans ||
|-
| Electronics setup || Connect fans, Arduino, and power system ||
|-
| Programming phase || Develop and test Arduino control code ||
|-
| Testing phase || Conduct movement and control tests ||
|-
| Final documentation || Compile report and present results ||
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-11-02T06:09:19Z

10.0.1.1: /* 6. Project Milestones */

= Project Charter =

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description !
|-
| Project initiation || Define concept, gather materials |
|-
| Chassis construction || Build car frame and mount fans |
|-
| Electronics setup || Connect fans, Arduino, and power system |
|-
| Programming phase || Develop and test Arduino control code |
|-
| Testing phase || Conduct movement and control tests |
|-
| Final documentation || Compile report and present results |
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-10-31T02:30:07Z

10.0.1.1:

= Project Charter =

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description !! Target Date
|-
| Project initiation || Define concept, gather materials || [Date]
|-
| Chassis construction || Build car frame and mount fans || [Date]
|-
| Electronics setup || Connect fans, Arduino, and power system || [Date]
|-
| Programming phase || Develop and test Arduino control code || [Date]
|-
| Testing phase || Conduct movement and control tests || [Date]
|-
| Final documentation || Compile report and present results || [Date]
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-10-31T02:29:24Z

10.0.1.1: /* Project Charter: Aerodrive: Arduino Fan Car */

= Project Charter: Aerodrive =

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description !! Target Date
|-
| Project initiation || Define concept, gather materials || [Date]
|-
| Chassis construction || Build car frame and mount fans || [Date]
|-
| Electronics setup || Connect fans, Arduino, and power system || [Date]
|-
| Programming phase || Develop and test Arduino control code || [Date]
|-
| Testing phase || Conduct movement and control tests || [Date]
|-
| Final documentation || Compile report and present results || [Date]
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-10-31T02:29:03Z

10.0.1.1: /* 2. Project Purpose / Justification */

= Project Charter: Aerodrive: Arduino Fan Car =

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Purpose ==
Design and build a functional car prototype powered by computer fans that would be controlled by Arduino microcontroller. Aims to demonstrate alternative propulsion methods, utilizing embedded programming and circuit design skills while applying project management principles

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description !! Target Date
|-
| Project initiation || Define concept, gather materials || [Date]
|-
| Chassis construction || Build car frame and mount fans || [Date]
|-
| Electronics setup || Connect fans, Arduino, and power system || [Date]
|-
| Programming phase || Develop and test Arduino control code || [Date]
|-
| Testing phase || Conduct movement and control tests || [Date]
|-
| Final documentation || Compile report and present results || [Date]
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-10-31T01:52:27Z

10.0.1.1: /* Project Charter: Arduino Fan-Powered Car */

= Project Charter: Aerodrive: Arduino Fan Car =

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Project Purpose / Justification ==
The purpose of this project is to design and build a small, functional car prototype powered by computer cooling fans and controlled by an Arduino microcontroller.
This project aims to explore alternative propulsion mechanisms, develop basic embedded systems programming skills, and demonstrate simple control of DC motors using Arduino.

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description !! Target Date
|-
| Project initiation || Define concept, gather materials || [Date]
|-
| Chassis construction || Build car frame and mount fans || [Date]
|-
| Electronics setup || Connect fans, Arduino, and power system || [Date]
|-
| Programming phase || Develop and test Arduino control code || [Date]
|-
| Testing phase || Conduct movement and control tests || [Date]
|-
| Final documentation || Compile report and present results || [Date]
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-10-31T01:51:47Z

10.0.1.1: /* 1. Project Title */

= Project Charter: Arduino Fan-Powered Car =

== 1. Project Title ==
'''Aerodrive: Arduino Fan Car'''

== 2. Project Purpose / Justification ==
The purpose of this project is to design and build a small, functional car prototype powered by computer cooling fans and controlled by an Arduino microcontroller.
This project aims to explore alternative propulsion mechanisms, develop basic embedded systems programming skills, and demonstrate simple control of DC motors using Arduino.

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description !! Target Date
|-
| Project initiation || Define concept, gather materials || [Date]
|-
| Chassis construction || Build car frame and mount fans || [Date]
|-
| Electronics setup || Connect fans, Arduino, and power system || [Date]
|-
| Programming phase || Develop and test Arduino control code || [Date]
|-
| Testing phase || Conduct movement and control tests || [Date]
|-
| Final documentation || Compile report and present results || [Date]
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-10-30T23:35:23Z

10.0.1.1: /* 11. Approval */

= Project Charter: Arduino Fan-Powered Car =

== 1. Project Title ==
'''Arduino-Based Fan-Powered Car Prototype'''

== 2. Project Purpose / Justification ==
The purpose of this project is to design and build a small, functional car prototype powered by computer cooling fans and controlled by an Arduino microcontroller.
This project aims to explore alternative propulsion mechanisms, develop basic embedded systems programming skills, and demonstrate simple control of DC motors using Arduino.

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description !! Target Date
|-
| Project initiation || Define concept, gather materials || [Date]
|-
| Chassis construction || Build car frame and mount fans || [Date]
|-
| Electronics setup || Connect fans, Arduino, and power system || [Date]
|-
| Programming phase || Develop and test Arduino control code || [Date]
|-
| Testing phase || Conduct movement and control tests || [Date]
|-
| Final documentation || Compile report and present results || [Date]
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-10-30T23:35:15Z

10.0.1.1: /* 11. Approval */

= Project Charter: Arduino Fan-Powered Car =

== 1. Project Title ==
'''Arduino-Based Fan-Powered Car Prototype'''

== 2. Project Purpose / Justification ==
The purpose of this project is to design and build a small, functional car prototype powered by computer cooling fans and controlled by an Arduino microcontroller.
This project aims to explore alternative propulsion mechanisms, develop basic embedded systems programming skills, and demonstrate simple control of DC motors using Arduino.

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description !! Target Date
|-
| Project initiation || Define concept, gather materials || [Date]
|-
| Chassis construction || Build car frame and mount fans || [Date]
|-
| Electronics setup || Connect fans, Arduino, and power system || [Date]
|-
| Programming phase || Develop and test Arduino control code || [Date]
|-
| Testing phase || Conduct movement and control tests || [Date]
|-
| Final documentation || Compile report and present results || [Date]
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| [Professor Victor Arenas || Project Sponsor || ||
|-
| Jande Lopez || Project Manager || ||
|}

Project Charter

2025-10-30T23:31:56Z

10.0.1.1: /* 7. Project Team and Roles */

= Project Charter: Arduino Fan-Powered Car =

== 1. Project Title ==
'''Arduino-Based Fan-Powered Car Prototype'''

== 2. Project Purpose / Justification ==
The purpose of this project is to design and build a small, functional car prototype powered by computer cooling fans and controlled by an Arduino microcontroller.
This project aims to explore alternative propulsion mechanisms, develop basic embedded systems programming skills, and demonstrate simple control of DC motors using Arduino.

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description !! Target Date
|-
| Project initiation || Define concept, gather materials || [Date]
|-
| Chassis construction || Build car frame and mount fans || [Date]
|-
| Electronics setup || Connect fans, Arduino, and power system || [Date]
|-
| Programming phase || Develop and test Arduino control code || [Date]
|-
| Testing phase || Conduct movement and control tests || [Date]
|-
| Final documentation || Compile report and present results || [Date]
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano and Elio Jose Mendez Brancho || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| [Sponsor Name] || Project Sponsor || ||
|-
| [Project Manager Name] || Project Manager || ||
|}

Project Charter

2025-10-30T23:30:14Z

10.0.1.1: /* 7. Project Team and Roles */

= Project Charter: Arduino Fan-Powered Car =

== 1. Project Title ==
'''Arduino-Based Fan-Powered Car Prototype'''

== 2. Project Purpose / Justification ==
The purpose of this project is to design and build a small, functional car prototype powered by computer cooling fans and controlled by an Arduino microcontroller.
This project aims to explore alternative propulsion mechanisms, develop basic embedded systems programming skills, and demonstrate simple control of DC motors using Arduino.

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description !! Target Date
|-
| Project initiation || Define concept, gather materials || [Date]
|-
| Chassis construction || Build car frame and mount fans || [Date]
|-
| Electronics setup || Connect fans, Arduino, and power system || [Date]
|-
| Programming phase || Develop and test Arduino control code || [Date]
|-
| Testing phase || Conduct movement and control tests || [Date]
|-
| Final documentation || Compile report and present results || [Date]
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || Jande Lopez|| Overall coordination, timeline management
|-
| Electronics Engineer || Gianlucca Pirovano || Circuit design, Arduino integration
|-
| Mechanical Engineer || Elio Jose Mendez Bracho and Jande Lopez || Chassis and propulsion design
|-
| Programmer || Mark Fernandez and Gianlucca Pirovano || Arduino code development
|-
| Tester / Documenter || Mark Fernandez, Gianlucca Pirovano, Elio Jose Mendez Brancho, and Jande Lopez || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| [Sponsor Name] || Project Sponsor || ||
|-
| [Project Manager Name] || Project Manager || ||
|}

Project Charter

2025-10-29T23:30:00Z

10.0.1.1:

= Project Charter: Arduino Fan-Powered Car =

== 1. Project Title ==
'''Arduino-Based Fan-Powered Car Prototype'''

== 2. Project Purpose / Justification ==
The purpose of this project is to design and build a small, functional car prototype powered by computer cooling fans and controlled by an Arduino microcontroller.
This project aims to explore alternative propulsion mechanisms, develop basic embedded systems programming skills, and demonstrate simple control of DC motors using Arduino.

== 3. Project Objectives ==
* Design and construct a small-scale car chassis capable of supporting computer fans as propulsion units.
* Interface multiple computer fans with an Arduino for speed and direction control.
* Implement wireless or onboard control (e.g., Bluetooth, IR, or buttons).
* Evaluate the movement performance (speed, direction stability, power efficiency).
* Document the design, wiring, and code for reproducibility.

== 4. Scope Statement ==

=== In Scope ===
* Design and assembly of a four-wheel car chassis using lightweight materials (e.g., plastic, wood, or 3D-printed parts).
* Integration of computer fans as propulsion devices (rear propulsion or wheel-assist).
* Development of an Arduino-based control system for fan speed and steering.
* Power management using battery packs suitable for both the Arduino and fans.
* Testing and performance documentation.

=== Out of Scope ===
* Advanced aerodynamics or large-scale testing.
* Integration of sensors for autonomous navigation (unless added as future enhancement).
* Use of commercial motor drivers for DC motors (focus on fan-based propulsion only).

== 5. Deliverables ==
* Functional prototype of the fan-powered Arduino car.
* Arduino sketch (code) for fan control.
* Electrical schematic and wiring diagram.
* Bill of materials (components list and costs).
* Final project report (design rationale, challenges, results).

== 6. Project Milestones ==
{| class="wikitable" style="width:100%; text-align:center;"
! Milestone !! Description !! Target Date
|-
| Project initiation || Define concept, gather materials || [Date]
|-
| Chassis construction || Build car frame and mount fans || [Date]
|-
| Electronics setup || Connect fans, Arduino, and power system || [Date]
|-
| Programming phase || Develop and test Arduino control code || [Date]
|-
| Testing phase || Conduct movement and control tests || [Date]
|-
| Final documentation || Compile report and present results || [Date]
|}

== 7. Project Team and Roles ==
{| class="wikitable" style="width:100%; text-align:center;"
! Role !! Name !! Responsibilities
|-
| Project Manager || [Your Name] || Overall coordination, timeline management
|-
| Electronics Engineer || [Name] || Circuit design, Arduino integration
|-
| Mechanical Engineer || [Name] || Chassis and propulsion design
|-
| Programmer || [Name] || Arduino code development
|-
| Tester / Documenter || [Name] || Prototype testing, results documentation
|}

== 8. Budget Estimate ==
{| class="wikitable" style="width:100%; text-align:center;"
! Item !! Description !! Estimated Cost
|-
| Arduino Uno || Microcontroller board || $25
|-
| Computer fans (x4) || Propulsion units || $20
|-
| Chassis materials || Base, wheels, frame || $15
|-
| Power supply || Batteries, connectors || $10
|-
| Electronic components || Wires, resistors, MOSFETs || $10
|-
| Miscellaneous || Tools, adhesives, etc. || $10
|-
! colspan="2" | '''Total Estimated Cost''' || '''$90'''
|}

== 9. Risks and Mitigation ==
{| class="wikitable" style="width:100%; text-align:center;"
! Risk !! Likelihood !! Impact !! Mitigation Strategy
|-
| Fans produce insufficient thrust || Medium || High || Test multiple fan types, adjust angle, reduce car weight
|-
| Power supply inadequate || Medium || Medium || Use separate supplies for fans and Arduino
|-
| Overheating or overcurrent || Low || Medium || Use MOSFETs and fuses for protection
|-
| Arduino code instability || Medium || Medium || Incremental testing and debugging
|-
| Mechanical imbalance || Medium || Medium || Balance fan mounts and ensure stable chassis
|}

== 10. Success Criteria ==
* The car moves forward under fan propulsion when powered and controlled by Arduino.
* The direction and/or speed can be adjusted using Arduino code or input controls.
* The system runs reliably for at least 5 minutes without overheating or malfunctioning.
* Documentation and code are complete and replicable.

== 11. Approval ==
{| class="wikitable" style="width:100%; text-align:center;"
! Name !! Title !! Signature !! Date
|-
| [Sponsor Name] || Project Sponsor || ||
|-
| [Project Manager Name] || Project Manager || ||
|}

Project Charter

2025-10-29T23:28:56Z

10.0.1.1: Created page with "= Project Charter Template = {| class="wikitable" style="width:100%; background-color:#f9f9f9;" ! colspan="2" style="text-align:center; background-color:#e6e6e6;" | '''Project Overview''' |- ! Project Title: | <Enter project name here> |- ! Project Manager: | <Name, Title> |- ! Sponsor / Executive Owner: | <Name, Title> |- ! Date of Charter Approval: | <MM/DD/YYYY> |- ! Version: | <v1.0> |- ! Prepared By: | <Name, Title> |} --- == 1. Project Purpose (or Justification)..."

= Project Charter Template =

{| class="wikitable" style="width:100%; background-color:#f9f9f9;"
! colspan="2" style="text-align:center; background-color:#e6e6e6;" | '''Project Overview'''
|-
! Project Title:
| <Enter project name here>
|-
! Project Manager:
| <Name, Title>
|-
! Sponsor / Executive Owner:
| <Name, Title>
|-
! Date of Charter Approval:
| <MM/DD/YYYY>
|-
! Version:
| <v1.0>
|-
! Prepared By:
| <Name, Title>
|}

---

== 1. Project Purpose (or Justification) ==
'''Purpose:''' Explain ''why'' the project is being undertaken.

;Business Need or Problem Statement:
: <Describe the issue or opportunity driving the project.>

;Strategic Alignment:
: <Explain how the project supports organizational goals or strategy.>

;Expected Benefits:
: <Summarize expected benefits (financial, operational, compliance, etc.).>

'''Example:'''
:The purpose of this project is to automate the customer onboarding process to reduce manual errors by 40%, improve customer satisfaction scores, and support the organization’s digital transformation strategy.

---

== 2. Measurable Project Objectives and Success Criteria ==
'''Purpose:''' Define what success looks like in quantifiable terms.

;SMART Objectives:
: <List specific, measurable, achievable, relevant, and time-bound goals.>

;Key Performance Indicators (KPIs):
: <Identify metrics that will be tracked (e.g., cost reduction %, time savings).>

;Acceptance Criteria:
: <Define the conditions for project deliverable acceptance.>

'''Example:'''
:Achieve a 25% reduction in processing time for new customer accounts within six months of implementation, with an error rate below 1%.

---

== 3. High-Level Requirements ==
'''Purpose:''' Capture the essential conditions and capabilities the project deliverables must meet.

;Functional Requirements:
: <Describe what the product or service must do.>

;Non-Functional Requirements:
: <List performance, security, or compliance requirements.>

;Constraints and Assumptions:
: <Document known limitations, dependencies, or assumptions.>

'''Example:'''
:The system must allow role-based access control, generate audit logs for all transactions, and comply with GDPR data protection standards.

---

== 4. Project Approval Requirements ==
'''Purpose:''' Define who decides when the project is approved, completed, or closed.

;Approval Authority:
: <List the individuals or groups authorized to approve project stages.>

;Approval Criteria:
: <Specify the key deliverables or milestones requiring formal approval.>

;Completion and Acceptance Conditions:
: <Define what constitutes final project completion and acceptance.>

'''Example:'''
:Project completion will be approved by the Executive Sponsor once all deliverables meet quality standards, user acceptance testing is completed, and the final deployment report is submitted.

---

== 5. Additional Sections ==
Below are optional but recommended components for a comprehensive charter.

;Project Title and Description:
: <Brief summary of the project’s scope and intent.>

;Project Manager and Authority Level:
: <Detail decision-making and budgetary authority.>

;High-Level Risks and Assumptions:
: <Summarize key risks, dependencies, and assumptions.>

;Major Milestones and Schedule Overview:
: <Provide an overview of major project phases or key dates.>

;Budget Summary:
: <Provide a high-level estimate or approved budget range.>

;Key Stakeholders and Roles:
: <List primary stakeholders, roles, and responsibilities.>

;Signatures / Authorization:
: <Insert table or space for official signatures and approval.>

---

== 6. Document History ==
{| class="wikitable" style="width:100%;"
! Version !! Date !! Author !! Description
|-
| v1.0 || <MM/DD/YYYY> || <Name> || Initial draft
|-
| v1.1 || <MM/DD/YYYY> || <Name> || Updated based on sponsor feedback
|}

---

''This template ensures consistent documentation and alignment across all projects, establishing a clear foundation for execution and governance.''

Main Page

2025-10-29T23:28:16Z

10.0.1.1:

Welcome to the awesome wiki for our awesome project+ team ^-^

[[Project Charter]]

<hr>
Arduino Project Resources: [https://learn.adafruit.com/using-a-keyboard-with-usb-host/arduino USB Keyboard] | [https://docs.arduino.cc/learn/electronics/servo-motors/ Servo Motors] | [https://itp.nyu.edu/physcomp/labs/motors-and-transistors/using-a-transistor-to-control-a-high-current-load/ Transistors]

<hr>
Arduino Project Documentation: [[Transistors]]

Transistors

2025-10-29T22:39:33Z

10.0.1.1:

A transistor with gate, drain, and source terminals is known as a field-effect transistor (FET). FETs control the flow of current through a semiconductor by applying a voltage to the gate, which alters the conductivity between the drain and source. Wikipedia autodesk.com

in our case, we have an <code>irf520</code> transistor and the pinout is like

[[File:irf520transistor.png|600px]]

1: Gate - How we control the flow of power using the arduino

2: Drain - Where we plug the fan into to receive the 12v power

3: Source - Where we retrieve the power, probably a battery or power supply

=PC Fan Pinout=
[[File:pcfanpinout.png]]
Blue: PWM control signal at 5V, 25kHz
Green: Sense. Used to measure RPM
Yellow: +5V, +12V or +24V (depends on fan model, usually 12V for desktops, 5V for laptops)
Black: Ground

=Working setup?=
We should follow this guide and copy the setup they have and see why it works: https://docs.arduino.cc/learn/electronics/transistor-motor-control/

also this? : https://itp.nyu.edu/physcomp/labs/motors-and-transistors/using-a-transistor-to-control-a-high-current-load/