Stacy Bamberg

University of Utah, Massachusetts Institute of Technology

Papers

Total Citations

H-Index

About

Stacy Bamberg is a mechanical engineering educator and researcher whose work bridges human biomechanics and innovative curriculum design. Her primary research focuses on bipedal gait analysis, particularly the development of low-cost, wearable sensor systems for real-time slip detection—a critical contribution to both biomimetic robotics and human gait rehabilitation. Her most-cited paper (2010, 14 citations) introduces an insole sensor system that enables accurate, no-slip ground interaction modeling, advancing the reliability of bipedal locomotion studies. Beyond her technical contributions, Bamberg has made a lasting impact on engineering education. She led an NSF-funded CCLI project to develop the SPIRAL Learning Curriculum, a groundbreaking integrated four-course sequence for second-year mechanical engineering students. This curriculum emphasizes design methodology and computer programming from the first year, fostering deeper conceptual understanding and practical skills. With a career dedicated to both advancing biomechanical sensing and transforming how engineering is taught, Bamberg exemplifies how research and pedagogy can converge to shape the next generation of engineers.