Sensor for seniors: Fixing a hidden flaw in wearable technology
Skin-interfaced wearable health technology has a hidden flaw: Many systems work best on smoother skin, which tends to be on younger bodies — not the older adults who often need them most. This is because aging-related changes in skin, including wrinkles, thinning and dryness, can significantly impact the contact and data quality of wearable devices.
John Papapolymerou recommended as dean of MSU College of Engineering
After a national search, John Papapolymerou has been recommended as dean of the College of Engineering at Michigan State University, effective June 1, 2026. He will serve as dean designee prior to the June 12 meeting of the MSU Board of Trustees. Papapolymerou has served as interim dean since Oct. 1, 2024.
Eighteen Spartan Engineers honored at Undergraduate Research Forum
Eighteen Michigan State University College of Engineering students received first-place awards at the 2026 University Undergraduate Research and Arts Forum (UURAF) at the Breslin Center in April. Students from 14 colleges participated in MSU's premier showcase for undergraduate research, scholarship, and creative activity.
MSU Engineering innovators honored at 2026 Innovation Celebration
From apple orchards and biomedical labs to wastewater systems, electric grids and drone training fields, Spartan Engineering innovation was well represented at the 2026 MSU Innovation Celebration. Hosted by the MSU Innovation Center on April 7 at the Henry Center for Executive Development, the annual event recognizes technologies, startups, research partnerships and inventions emerging from Michigan State University.
MSU Engineering honors 2025-26 graduate student award winners
The Michigan State University College of Engineering recognized outstanding graduate students during its Graduate Awards Ceremony on April 30, celebrating doctoral research, academic achievement and the ability to communicate complex ideas with clarity and impact. The annual awards highlight graduate students whose work reflects the breadth of Spartan Engineering, from artificial intelligence, advanced materials and biomedical innovation to sustainable infrastructure, environmental systems, computational modeling and mechanical design.
Nine Spartan Engineers named NSF Graduate Research Fellowship recipients
Nine of the 21 Michigan State University students and alumni selected for the National Science Foundation Graduate Research Fellowship Program are from the College of Engineering.
Spartan Engineers prepare for commencement weekend
Michigan State University will host advanced degree and undergraduate commencement ceremonies for College of Engineering graduates during the weekend of May 1-3, 2026. All Engineering ceremonies will take place at the Breslin Student Events Center, 534 Birch Road, East Lansing, MI 48824.
MSU Engineering 3MT competition showcases big ideas in just three minutes
Years of research. One slide. Three minutes.
That was the challenge on April 10 as doctoral student finalists took the stage at Michigan State University’s College of Engineering Three Minute Thesis competition, transforming complex engineering research into clear, compelling presentations for a broad audience.
Third annual Engineering Three Minute Thesis competition set for April 10
Research can take years to complete. Explaining it clearly to a broad audience in just three minutes is another challenge altogether. That challenge will take center stage Friday, April 10, when Michigan State University’s College of Engineering hosts its third annual Three Minute Thesis (3MT®) competition from 2 to 4 p.m. in Room 115 of the International Center. The event is open to the public.
Research Spotlight: Microrobots combat cancer and clots with pinpoint accuracy
Clinicians treating cancer and blood clots must balance the risk of medical interventions with their life-saving benefits. Biopsies to collect tissue for testing, ablations to kill diseased cells, and surgery or catheters to remove blood clots are effective but they’re also invasive. New microrobots – smaller than the diameter of a human hair – could reduce the need for invasive procedures.