About me

I am a biomechanics researcher based in Boston. I specialize in impact and vibration biomechanics in the brain and design optimization of helmet systems. The goal of my research is to develop efficient and cost-effective design tools and materials to improve head protection and reduce the incidence of traumatic brain injuries.

I completed my Ph.D. in Mechanical Engineering at Northeastern University under the supervision of Sinan Müftü and Rouzbeh Amini. My dissertation examined how variations in head shape affect helmet fit and vibration mechanics in the brain, and evaluation of novel materials for use in a helmet environment. I am currently continuing this work as a postdoctoral fellow at Northeastern.

My research lies at the intersection of ergonomics and impact biomechanics, with particular emphasis on the following research questions:

  1. How can we optimize helmet fit to maximize comfort and minimize load transfer to the head?
  2. How can we use AI/ML to optimize helmet design for impact protection?
  3. How does the fundamental vibrational response of the brain affect its dynamic behavior during an impact event?
  4. Are there cost-effective materials which can outperform traditional helmet foams?

Outside of my research, I am an avid hiker, cyclist, and rock climber. I'm also passionate about mentorship and supporting the next generation of scientists and engineers. Through my volunteer work and mentorship of undergraduate and high school students, I aim to help equip future STEM leaders at any stage of their lives with the tools they need to thrive.