The team’s winning poster, presented by PhD student Prateek Chennuri, showcased a single-photon LiDAR compression scheme featuring advanced adaptivity control and a neural decoder, all implemented on a compact NVIDIA Jetson platform.

A Purdue University research team led by Purdue ECE Prof. Christopher Brinton has earned the Best Paper Award Runner-Up at MobiHoc 2025.

Aravind Machiry, assistant professor in Purdue’s Elmore Family School of Electrical and Computer Engineering, is the Purdue lead for a new project that will support the development of tools and processes to improve the security of the TianoCore open-source firmware ecosystem, a foundational part of the world’s computing infrastructure.

The research focuses on multi-stream architectures, a new kind of AI design that can process multiple types of data, or “modes,” at the same time.

The Purdue University student organization Railside Robotics is gearing up for its largest-ever robotics competition, Railside Rumble, taking place Saturday, November 15, 2025, at 9:00 a.m. in the Purdue Armory.

The Elmore Family School of Electrical and Computer Engineering celebrated six distinguished alumni during its 33rd annual Outstanding Electrical and Computer Engineer (OECE) awards ceremony, held Oct. 17 in the Shively Club at Ross-Ade Stadium.

Purdue University researcher Shiva Konakanchi is the lead author of a breakthrough study published in the reputed Physical Review Letters that explores new possibilities for ultra-fast computing.

The NSF has awarded a $1.2 million grant to Purdue University and the University of Wisconsin–Madison to develop tools that will help researchers design the next generation of computer hardware that powers artificial intelligence.

A study led by Purdue University researchers and published in Cell Reports Physical Science shows that electric vehicles (EVs) could become powerful allies for the electric grid, helping utilities meet growing energy demands while saving billions of dollars in infrastructure costs.

Computers power everything from artificial intelligence to climate modeling, but a new study from Purdue University’s Elmore Family School of Electrical and Computer Engineering shows that this progress may come with an overlooked environmental cost: biodiversity loss.