Automated air cooling mechanism using Arduino-based control for semi-truck

• Brake Cooling System Design: Designed and analyzed a custom air compressor for brake drum cooling; performed thermal and airflow testing, validating performance through simulations and experiments.
• Vibration Energy Harvester: Developed a cantilever-based piezoelectric harvester; conducted vibration and dynamics analysis, simulations, and lab testing to correlate responses with power generation and durability.
• Conducted real-time thermal testing with prototype to monitor heat dissipation and system response
• Tools & Methods: Autodesk Inventor (CAD), Autodesk CFD (conjugate heat transfer simulation), Arduino IDE (embedded systems integration).

Equivalent strain simulation corresponding to different values of an angle support structure: (a)30°, (b) 45°, (c) 60°, (d) 65°, (e) 90°