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What if solar panels could be lighter, thinner, and easier to install? MIT PhD student Karen Yang explores how developing flexible, lightweight solar technology could make clean energy more accessible, from remote communities and disaster relief efforts to rooftops that can't support traditional solar panels.
MIT researchers developed SANDO, a new navigation system that helps robots safely navigate unfamiliar environments while avoiding moving obstacles. The system can rapidly plan and adjust a collision-free path using onboard sensors and computing, with safety backed by mathematical guarantees.
Quantum computers could revolutionize everything from drug discovery to cryptography, but building the hardware remains a challenge. MIT research scientist Patrick Strohbeen explores how studying materials at the nanoscale could help unlock the potential of quantum computing.
Alex Slocum, the Walter M. and A. Hazel May Professor of Mechanical Engineering at MIT, has a serious message for students in Fundamentals of Precision Product Design, but a famously fun way of delivering it. Students describe the course as “creative chaos,” an approach that drives home the importance of precision and repeatability in engineering design.
Founded in 1950, MIT’s School of Humanities, Arts, and Social Sciences encourages students to think broadly about the world and their place in it, while examining what it means to be human and the social, ethical, and economic dimensions of today’s greatest challenges.
Drawing on research he began at MIT, AJ Perez ’13, MEng ’14, PhD ’23, is finding new uses for the world’s growing plastic waste. His company, Atlas, 3D prints building materials from recycled plastic, giving discarded material a new purpose.