Stanford’s M.S. in Mechanical Engineering empowers students to lead innovation in robotics, design, fluid dynamics, thermal systems, and sustainable manufacturing. These capstone project ideas are ideal for graduate-level applications in aerospace, biomedical devices, energy systems, and industrial automation.
Design and Simulation of a Bionic Hand with Realistic Gripping Mechanics
Autonomous Delivery Robot with Obstacle Avoidance and Path Planning
Energy-Efficient HVAC System Design for Green Buildings
CFD Analysis of Aerodynamic Drag on Electric Vehicles
Robotic Exoskeleton for Lower Limb Rehabilitation
Wind Tunnel Testing for Micro Drone Stability
Smart Manufacturing Setup with IoT Integration
Multi-Body Dynamics Simulation of a Four-Bar Mechanism
AI-Based Fault Detection in Rotating Machinery
Hybrid Solar-Thermal Water Heating System
3D Printed Heat Exchanger with Lattice Structures
Piezoelectric Energy Harvesting from Road Vibrations
Thermal Management of High-Performance Electronics
Real-Time Vibration Monitoring for Industrial Equipment
Design of Lightweight Aerospace Structures Using Topology Optimization
Quadcopter with Adaptive PID Control for Precision Delivery
Smart Helmet with Crash Impact Analytics and GPS Tracking
Flow Visualization in Turbomachinery Using High-Speed Cameras
Bio-Inspired Surface Coatings for Drag Reduction
Automated CNC Milling System with Cloud Monitoring Dashboard
From simulation and control to CAD-based modeling and system prototyping, Collexa supports Stanford ME students with advanced research and thesis writing.
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