Duke’s Mechanical Engineering BS equips innovators to design everything from micro-drones to exoskeletons. Core labs teach CAD/CAM, finite-element analysis, and thermofluid systems, while research studios 3-D-print metal lattice structures, prototype soft robots, and test hydrogen turbine blades in wind tunnels. Entrepreneurship bridges allow seniors to pitch hardware startups to Duke’s angel network.
Autonomous swarm of micro-UAVs for precision agriculture
Soft exosuit assisting pediatric gait therapy
AI-optimized lattice heat exchanger for EV batteries
3-D-printed wind-turbine blade with bio-inspired serrations
Solar-thermal desalination system for disaster relief
Hybrid rocket engine using recycled plastics as fuel
Robotic fish collecting micro-plastic samples
Machine-learning predictive maintenance for CNC machines
Origami-folding drone for compact delivery
Low-cost prosthetic knee with adjustable damping
Hydrogen combustion model reducing NOx emissions
VR toolkit teaching kinematics via haptic feedback
Gamma-ray imaging spectrometer for space missions
Smart helmet detecting concussive impacts in real time
Blockchain supply-chain tracking of critical minerals
AI-assisted topology optimization of bike frames
Self-healing polymer coatings for offshore turbines
Open-source robotics kit for middle-school outreach
Biomimetic ventilation system inspired by termite mounds
Prototype transformative machines and energy solutions with Duke ME.
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