Despite what everyone says about the power of modern devices, they’re nowhere near as capable as the landmark early NASA system designed by a 350-person team led by Margaret Hamilton.

Cynthia Chestek, BME associate professor, discusses exciting developments in brain-to-computer interfaces.

EECS-CSE professor Todd Austin explains how Morpheus' rapid churning can thwart potential hackers.

Rev-1, the startup founded by NAME professor Matthew Johnson-Roberson and ME assistant professor Ram Vasudevan, is featured in Wired.

Huei Peng, the Roger L McCarthy Professor of Mechanical Engineering and Director of Mcity explains some of the hurdles autonomous vehicles will need to clear in the years ahead.

Prof. Hun-Seok Kim outlines the progress his team has made to develop an infrastructure-light location solution that is designed to leverage 2.4 GHz and 5.8 GHz Wi-Fi signals to deliver location data that is accurate within 10 centimeters.

AERO professor Ella Atkins explains how Apollo 11 led to advances that drove aviation innovation.

Ella Atkins, professor of aerospace engineering, explains how innovations during the Apollo program led to some of the most significant developments for aerospace.

Alec D. Gallimore, the Robert J. Vlasic dean of engineering at Michigan, will give a presentation on Michigan’s space endeavors during a special presentation at noon on Monday, July 15, at the Petoskey-Bay View Country Club.

EECS-CSE assistant professor Shai Revzen shares his thoughts on Harvard's flying robot and predicts the future of micro-flying air vehicles.

Michael Wellman, the Lynn A Conway Collegiate Professor of Computer Science and Engineering, explains how AI-playing Texas Hold 'Em could drive cybersecurity advancements.

EECS-CSE professor Alex Halderman explains what it would take to protect elections in the United States.