Six engineering majors were represented in the seventh cohort of Purdue Engineering Fellows, honored during a ceremony on Sept. 16 at Fowler Hall in West Lafayette.

Fellows were honored for their critical thinking and problem-solving skills, positive relationships with peers and contributions to the Purdue Engineering community.

Zhiyuan Chen is one of three Purdue University students that have been named by the Astronaut Scholarship Foundation (ASF) as 2025 Astronaut Scholars — one of the nation’s most prestigious merit-based scholarships for undergraduates in science, technology, engineering and math (STEM).

All the staff and professors have open-door policies so you don’t need to be hesitant to go in and ask for help.

- Harsh Pathak, Agricultural and Biological Engineering

Michael Holland (BSME ’05, MS agricultural engineering ’07, PhD agricultural engineering ’12), James Bartlett (BS agricultural engineering ’08) and Greg Long (BS agricultural engineering ’07, MS agricultural engineering ’09) are the minds behind the hydraulics on the prototype John Deere E-Power battery electric tractor.

Twenty-one College of Engineering students are among 106 Purdue University student-athletes who earned Academic All-Big Ten accolades in the spring 2025 sports season.

Purdue Agriculture researchers are harnessing the power of artificial intelligence (AI) and machine learning (ML) to amplify their ability to solve agricultural and environmental problems.

"It works by using an oral or nasal swab from an animal or human and then transferring the sample to the paper-based devices", Verma said.

I interned with a company called SweetWater Technologies for two summers. After graduation, I’ll be their Indiana sales representative, working with farmers to be their trusted agronomic advisor and ensure they are getting the products and services that they deserve.

Kaur, a PhD student in Associate Professor Mohit Verma’s agricultural and biological engineering lab, recently published a paper about how propidium monoazide assays (PMA)—the solution many labs have used to differentiate between living and dead cells—are currently inaccurate but could be improved upon for the future.

Enzymes – proteins that speed chemical reactions – are commonly used in the pharmaceutical industry. But figuring out which enzymes might be useful can be a slow process. Assistant professor of agricultural and biological engineering Karthik Sankaranarayanan has developed an algorithm for speeding up the process.