Tom Koch (EE Ph.D. ’24) recognized for research on optimizing Internet routing to meet demands of today’s and future applications.
Projects explore processors, embodied AI, health monitoring, and environmental solutions.
Columbia Engineering Professor and University Trustee honored for foundational breakthroughs in digital video compression and processing technologies.
From 5 to 30 years of service, three dedicated Electrical Engineering staff members were celebrated for their commitment and contributions to Columbia Engineering.
Sixty years ago, the Columbia-trained inventor introduced a keyboard synthesizer that would change the musical soundscape.
Research from the Department of Electrical Engineering is set to transform particle physics and engineering education
EE professor Peter Kinget for being recognized for his latest research in IEEE Spectrum. New chip will allow an observation of 1.5 billion collisions per second.
EE Professor Christine Hendon received the 2025 Herbert Irving Comprehensive Cancer Center and School of Engineering and Applied Sciences Joint Seed Grant Award for solving pressing challenges in cancer.
University initiative supports pioneering work in AI safety, clean energy, healthcare, and infrastructure resilience.
![The MOSbius chip [top left] contains all the transistors required for many analog systems. Mounted on a breadboard via a printed circuit board [middle], discrete resistors and capacitors [bottom] are wired up to provide other needed components. A Raspberry Pi Pico [bottom right] is used to program the MOSbius.James Provost](/sites/www.ee.columbia.edu/files/styles/cu_crop/public/content/pics/Screenshot%202025-07-31%20at%2010.41.59%E2%80%AFAM.png.webp?itok=uN2UjXyA "The MOSbius chip [top left] contains all the transistors required for many analog systems. Mounted on a breadboard via a printed circuit board [middle], discrete resistors and capacitors [bottom] are wired up to provide other needed components. A Raspberry Pi Pico [bottom right] is used to program the MOSbius.James Provost")
Peter Kinget is a professor of electrical engineering at Columbia University and an IEEE Fellow. In this latest IEEE story, he looks into how MOSbius' programmable chip can teach you the real-world ropes.
Professor Peter Kinget leads a team to partner with CERN to develop chips that can withstand radiation deep inside the world’s largest particle accelerator. His research also made it to the IEEE Open Journal of the Solid-State Circuits Society.
Wireless and optical communications expert receives NSF CAREER award to evaluate analog radio-over-fiber technology.