Faculty
Shelly Miller has received the 2022 Faculty Research Award from the College of Engineering and Applied Science. The honor, which is bestowed annually, recognizes achievements by a faculty member who has made outstanding contributions to the advancement of knowledge through research activities.
When the US Consumer Product Safety Commission (CPSC) announced in mid-December it would consider its first-ever health regulations on gas stoves, it was the start of what will be a very long journey to any kind of restrictions. Professor Shelly Miller weighs in.
New research suggests that eyes may really be the window to the soul—or, at least, how humans dart their eyes may reveal valuable information about how they make decisions.
Spun out of co-founder Greg Rieker’s laboratory in 2017, LongPath Technologies, a startup that has been developing laser-based equipment for methane gas sensing, has closed an investment round worth $22 million.
The project aims to shift some of the most time-consuming tasks done in laboratory work to robots by developing new, open-source robot software and innovative hardware designs.
ME Alumni Connect Day enjoyed another great turnout this year, with over 40 alumni and nearly 400 students participating. The event provides an opportunity for students to connect with alumni, build their network and gain insight into what it's like
The challenges of wildfires, industrial pollution and vehicle emissions have centered the issue of outdoor air quality in the public consciousness.With the onset of the Covid-19 pandemic and the realization that the pathogen primarily transmits
Last summer, over 3,500 leaders from more than 500 university and college engineering schools attended the American Society for Engineering Education (ASEE) Annual Conference & Exposition. Rebecca "Becky" Komarek and her co-authors, Angela Bielefeldt and Daniel Knight won Best Paper LEAD Division and the Best Overall Professional Interest Council (PIC) paper award across a group of divisions.
Studying how insects perform key tasks is giving scientists insight into how robots can achieve complex actions with limited processing power, pointing towards building them on the scale of flies and cockroaches.
