Cornell ECE is erasing the boundaries between signals, systems, physics and hardware, and merging core concepts from biology, computer science, mechanical engineering and materials. We see things differently, with visionary science oriented to novel applications.
“I think the most exciting and interesting research problems come from working in multiple disciplines,” says Christoph Studer. As an Assistant Professor of Electrical and Computer Engineering at... Read more
According to José Martínez, all successful research must cycle through two phases: There’s a disruption phase, where researchers suddenly crack a problem open by thinking differently about it. Then... Read more
Silicon-based semiconductors have been of primary importance to the electronics revolution of the past 50 years. Professor Grace Xing is working on what comes next. She is one of the leading experts... Read more
Electronic devices have become ubiquitous; they are in our kitchens, bathrooms, cars, and even our clothes. As these devices have shrunk to near their ultimate size and speed limits, many are... Read more
Mingyan (Sally) Yu, Cornell ECE Undergraduate, Class of 2016 I love analog circuits! Yes, I do! I decided to join Cornell ECE because of the approachable faculty and the diverse studying environment... Read more
Victor Fei, Cornell ECE Undergraduate, Class of 2015 I came to Cornell with the passion of pursuing entrepreneurship as a career path. ECE was the perfect choice to prepare me for this career path... Read more
Jonya Chen, Cornell ECE Undergraduate, Class of 2016 I chose ECE as my major at Cornell because I noticed that it's such a large part of our society nowadays. An ECE background can be applied to so... Read more
Jennifer Qian, Cornell ECE Undergraduate, Class of 2015 Cornell ECE has been a great experience. It's one of the best ECE programs in the nation and the curriculum is very broad and combines different... Read more
