Stanford’s Mechanical Engineering program blends analytical modeling with hands-on experimentation. These final year project ideas help students engineer real-world solutions in robotics, renewable energy, fluid mechanics, and mechatronics while applying core design principles.
Design and Fabrication of a Quadruped Walking Robot
Energy Harvesting from Road Vibrations Using Piezoelectric Materials
Autonomous Delivery Robot for Last-Mile Logistics
Wind Tunnel Testing of an Aerodynamic Car Body
Smart HVAC System with IoT-Enabled Temperature Control
3D Printed Turbocharger for Small Engines
Design of a Compact Solar Thermal Water Heater
Mechanism Design for a Foldable Electric Bicycle
Real-Time Feedback System for CNC Machining Using Sensors
Kinematic Analysis of a Robotic Arm with 6 DOF
Simulation and Testing of a Miniature Jet Engine
Bionic Hand Controlled by EMG Signals
Refrigeration System Using Eco-Friendly Refrigerants
Hybrid Bicycle with Regenerative Braking System
Design of a Microfluidic Pump for Biomedical Applications
Optimization of Gear Trains for High Torque Transmission
Automated Sorting Machine Using Conveyor Belt and Sensors
Development of a Low-Cost 3D Printer with Metal Extrusion
Smart Helmet with Accident Detection and GPS Alert
CFD Simulation of Heat Transfer in a Car Radiator
Whether you're optimizing engines or designing intelligent machines, Collexa helps Stanford ME students develop, refine, and document their innovative capstone projects.
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