UW takes second place at Formula SAE competition
Creating a Cleaner Cookstove
How to print a mammoth
ME undergrad's project helps restore hand movement
Tiny probe could produce big improvements in batteries and fuel cells

Why Mechanical Engineering?

sea turbine

Pathbreaking Research

UW Mechanical engineers push the boundaries of what is physically possible to produce safer, cheaper, and more efficient mechanical systems. Our research touches all disciplines of science and engineering.
Health Research & Expertise » | Energy Research & Expertise »

ME alum Sally Jewell with President Obama

Accomplished Alumni

Our graduates have become pioneers in automotive, aerospace and manufacturing industries. Among many accomplishments, they are global leaders in business and industry and continue to mentor students and serve the university as regents.
Distinguished Alumni » | Hall of Fame » | Diamond Award Honorees »

3D4D Challenge winners with award

Students and Faculty Do Great Things

Our expertise in such diverse areas as energy, manufacturing processes,robotics, nanotechnology and medical devices, leads to revolutionary innovations that help address key societal challenges and improve our lives.
Department News » | The MEssenger Newsletter »

  undergraduate admissions link   graduate admissions link   continuing education programs link 

ME News & Events RSS

Ten alumni were honored with a 50th reunion reception and recognized during this year’s graduation ceremony.
Corredor was one of 16 people who spoke at this spring’s event. Watch his talk, “Tiny Particles can Change the World,” here.
Sally Jewell, U.S. Secretary of the Interior and mechanical engineering alumna, will be the featured speaker at the UW’s Commencement exercises on Saturday, June 11. Jewell was also acknowledged by the UW with the Alumna Summa Laude Dignata award, which is the highest award the UW and the UW Alumni Association can bestow upon a graduate
ME professor Jiangyu Li and colleagues have developed a tiny probe capable of reading variations in the nanoscale particles that power batteries and fuel cells. The rate at which these particles react determines how fast batteries charge and how much power they can provide. This new probe could improve understanding of electrochemical systems, thus enabling the development of higher performance batteries and fuel cells.