School of Mechanical and Materials Engineering

Delivering drugs and therapies into cells at the nanoscale helps eliminate toxic effects that have stymied similar efforts.

Mathew Hunt interned with the National Institute for Standards and Technology, where he explored the effects of cryogenic temperatures on high‑entropy alloys.

Kelvin Lynn and his research group are working to improve cadmium telluride solar technology.

The biosensor could lead to wearable glucose monitors that would improve the lives of millions of people with diabetes.

WSU researchers are using electrical fields to gain valuable information about biological functions in plants and animals.

Leachman was recognized for his research on the cryogenic properties of hydrogen, as well as for his work in student mentoring and education.

Students hope their satellite, CougSat‑1, will broadcast the phrase ‘Go Cougs!’ from Earth’s orbit and will signal club members when it is overhead.

WSU researchers plan industry testing that could help make hydrogen fuel cells more efficient, cost effective and easy to use.

WSU researchers develop devices that enable students to see mathematical engineering equations and principles demonstrated in real life action.

Discover how hydrogen — the simplest and most abundant element in the universe — could provide a practical and sustainable global energy source.