Harvard’s Mechanical Engineering BS integrates mechanics, thermofluids, robotics, and advanced manufacturing. Students design drones, prosthetic limbs, autonomous underwater vehicles, and energy-efficient HVAC systems in the Active Learning Labs and nanofabrication facilities. Collaborations with the Wyss Institute and external industry sponsors equip graduates to lead innovation in aerospace, med-tech, mobility, and sustainable energy.
Soft robotic gripper harvesting delicate fruits without bruising
3-D printed micro-turbine for distributed wind generation
Exoskeleton joint with series-elastic actuators reducing metabolic cost
Autonomous surface vessel mapping coastal plastic pollution
Phase-change thermal battery for residential solar storage
Low-Reynolds-number UAV inspired by hummingbird aerodynamics
Bionic knee brace with real-time adaptive damping
Additive-manufactured heat exchanger for hydrogen fuel cells
Biomechanical study of injury-prevention footwear in runners
Hyperloop pod prototype levitating via Halbach arrays
Solar-powered cold-chain container for vaccine transport
Robotic swarm system assembling modular disaster shelters
High-speed camera analysis of skateboard wheel vibrations
AI-assisted generative design optimizing lattice structures
Ethics audit of autonomous vehicle safety testing protocols
Interactive museum exhibit explaining fluid vortices
Recyclable composite skateboard deck manufactured via resin-infusion
Capstone on low-cost ventilators for resource-limited settings
Design, build, and test next-generation machines with Harvard Mechanical Engineering.
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