Lifting some of the burdens from cancer treatment
“Smart” breast marker clips engineered by Prof. Thomas O’Sullivan and his team provide rapid data about disease progression and treatment efficacy—making possible personalized, more convenient and more effective treatment.
Electrical Engineering is powering, connecting, digitizing, and automating a better future.
Please join us. Learn more about undergraduate and Ph.D. programs in Electrical Engineering.
Electronic Circuits and Systems
Communications and Networking
Systems and Control
Signal and Image Processing
placement rate for undergrads in electrical engineering
Electronics, Photonics, Materials and Devices
Photonics and Optoelectronics
RF and THz Devices
A frequency comb is a laser with a twist that emits many uniformly spaced optical wavelengths. The regularity of the …
Four teams awarded planning grants through the National Science Foundation’s (NSF’s) new Spectrum Innovation …
Rainbows are formed when light bends — or refracts — as it enters and exits a water droplet. The amount that the …
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Explore Electrical Engineering at Notre Dame
Make great things at nanoscale
This teaching and research Clean Room in Stinson-Remick Hall of Engineering features powerful, industry-grade tools for design and fabrication of integrated circuits and medical devices with nanometer-sized features.
- Hands-on coursework
- Engagement in research
- Exposure to new and emerging technologies
Spotlight on Research in Electrical Engineering
Making the Modern World Possible: Wireless Communications and Sensing
Prof. Jonathan Chisum didn’t always know he wanted to be an electrical engineer, but he has always been interested in physical principles and mathematics.
“Then once I discovered that the people who harness those laws to do interesting things and solve problems — those are electrical engineers.”
“Then I started to realize, this is where the action is. This is where I want to be!”