The always stunning view from Mt Cardigan - pictured are Mts. Moose, Holt's Ledge, Winslow Ledge, and Smarts
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A panoramic view of the Amherst Farmers market.

Over this past June and July, I've been able to aid biomechanics research in the Integrated Locomotion Laboratory at the University of Massachusetts Amherst. As I mentioned in this overview of the Center for Professional Development (CPD), I was able to self-fund this opportunity after reaching out directly to the lab. My personal interests in running, data analysis, as well as product and shoe design led me to pursue such an opportunity.

My position involved a combination of remote and in-person work and my housing was covered by Dartmouth's funding. I learned how motion capture systems, force-plate treadmills, and inertial measurement units can be used to quantify human gait—all of which is fancy jargon for different equipment commonly used in biomechanics research. My work was all about how to quantify running and delving into research questions that address different parameters of movement.

The biomechanics lab, a long room filled with cameras, cables, and miscellaneous athletic equipment
The biomechanics lab in all its glory

My central project, however, focused on using accelerometers placed on the thigh and shank as a way to collect data to describe differences in trail running. Since most biomechanical analyses occur in a controlled lab setting, my project was more novel in the sense that I had to deal with the challenge of measuring gait in outdoor settings. I also helped out on a variety of projects that other graduate students and postdocs were working on in the lab. One example was a series of pilot data collections for a graduate student's masters thesis; another was a pilot for Puma (yes, the shoe company) regarding an unreleased stability shoe. This allowed me to gain a better understanding of biomechanics as a field and has broadened my understanding of what a career in such a niche yet important industry could offer. 

Overall I've enjoyed my time in Amherst; the downtown reminded me of Hanover and I was able to explore the local area through various bikes and runs. The grand finale of the experience came at the end, where I and other undergraduate research assistants were able to visit the Puma product innovation department in Boston. I was able to see their newest shoes in the works and learn about how biomechanical analyses can inform the job of footwear designers. The Puma HQ was fully outfitted with cafes in a modern architectural setting with decor that hinted at their history. It was pretty neat to see the evolution of their shoes and meet the teams that bring such products into reality!

The history case.
A black display case lit by neon red lights holding various evolutions of Puma shoes

The Nitro Lab! (named after their foam blend) It's where their biomechanics data collection occurs.
A modern industrial room with students gathered around a treadmill.

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