Project Title: (A clear, descriptive name for your system.)

Name	GitHub
First Last	GH_UID1
First Last	GH_UID2

Github Repo: https://github.com/.....

1. The Proposal

Abstract / Elevator Pitch:

A 2-3 paragraph summary of what the system does, why it was built, and the core problem it solves.

Project Objectives & Scope:

Bullet points detailing the minimum viable product (MVP) and any "stretch goals."

2. System Architecture

2.1 High-Level Block Diagram:

A visual representation of the entire system (inputs, processing, outputs, and power supply).

Subsystem Breakdown:

A brief text description of how the major modules (e.g., motor control, user interface, wireless communication) interact.

3. Hardware Design

Component Selection:

Schematics & Wiring:

Circuit diagrams, pinout tables, and breadboard layouts.

Bill of Materials (BOM):

A table listing component names, part numbers, quantities, costs, and links to datasheets.

Power Budget:

Calculations ensuring your power supply can handle the peak current draw of all components combined.

4. Software Implementation

4.1 Software Architecture:

Description of the firmware design (e.g., Bare-metal Superloop, Interrupt-driven, or RTOS).

4.2 Flowcharts & State Machines:

Visual diagrams mapping out the core logic, state transitions, and interrupt service routines (ISRs).

4.3 Key Algorithms:

Explanations of any complex logic used (e.g., PID control loops, digital filtering, sensor fusion).

4.4 Development Environment:

Compilers, IDEs, and toolchains used (e.g., Keil, PlatformIO, STM32CubeIDE).

5. Testing, Validation & Debugging

5.1 Unit Testing:

How individual hardware components and software functions were tested in isolation.

5.2 Integration Testing:

How the system was tested as a whole.

5.3 Challenges & Solutions:

A log of major bugs, hardware failures, or design flaws you encountered, and the engineering steps you took to solve them.

6. Results & Demonstration

6.1 Final Prototype:

High-quality photos of the completed build.

6.2 Video Demonstration:

A link to a short video showing the system working in real-time under various conditions.

6.3 Performance Metrics:

Data showing how well the project met its initial objectives (e.g., "Response time was measured at 12ms, well within our 50ms goal").

7. Project Management

7.1 Division of Labor:

A clear breakdown of who worked on what (professors usually require this to grade individual contributions).

7.2 Timeline:

A Gantt chart or milestone list showing the planned schedule versus the actual completion dates.

8. Appendices & References

8.1 Source Code Repository:

Link to your GitHub/GitLab repo.

8.2 References:

Links to datasheets, tutorials, academic papers, and course materials used during development.