"It’s thrilling to think that our work could eventually impact space exploration."
It’s an exciting time to be an aerospace engineer. There have been amazing breakthroughs in the field, such as the realization of rockets that can launch, land and launch again.
“It’s an exciting time to be an aerospace engineer. There have been amazing breakthroughs in the field, such as the realization of rockets that can launch, land and launch again. My research group is developing micro- and nanoscale sensors that can survive and function within extreme conditions found on the surface of Mars, Venus or within rocket engines. It’s thrilling to think that our work could eventually impact space exploration.
“Deciding which engineering problems to solve and how to pursue the best solutions can be challenging. After completing my doctorate, I didn’t know which career path to choose. I ended up taking a job in industry, which opened my eyes to the challenges of commercialization and taught me how to transition a design concept to an actual product."
"However, I realized that I missed being in an academic research environment, so I took a nontraditional path and became a postdoctoral researcher after working in industry. It was a risky career choice, and people close to me questioned my decision, but the move was a helpful deviation in my career path. As a postdoctoral researcher, I learned how to run a lab, mentor students, teach classes, write proposals, and eventually, I decided to pursue a career in academia. Now, as an assistant professor, my work is multifaceted – I’m never doing the same thing every day – and I get to work with amazing students.”
Debbie Senesky, Associate Professor of Aeronautics, Astronautics, and Electrical Engineering