Rishabh Shetty

Recent graduate from University of Pittsburgh with B.S. in Rehabilitation Science. Strong leadership and operational skills demonstrated in fast-paced environments, managing tasks and coordinating diverse teams effectively. Proven problem-solving abilities and organizational skills, maintaining accuracy under pressure. Analytical training combined with practical service-oriented experience, ready to enhance workflows and drive team success.

• Pharmacy Technician License
• BLS Provider Certification

Kuhn, M.Z., LeVasseur, C., Almoukamal, A., Padmanabhan, A., Roberts, E., Shetty, R., Sudar, A., Anderst,
W.J. Cervical Hard Collar Immobilization: Evaluating Dynamic Intervertebral Kinematics. American Society
of Biomechanics Annual Meeting, Pittsburgh, PA. Poster Presentation. August 14, 2025.

• Created 3D bone models from CT scans and aligned them to dynamic biplane radiographs to quantify
  vertebral motion across four cervical collars.

Paulus, P., Gale, T., Shetty, R., Elder, J., Yatsenko, Y., McKernan, G., Fiedler, G., Anderst, W. In-Socket
Mechanics Are Associated with Patient-Reported Comfort and Function in Individuals with Transfemoral
Amputations. American Society of Biomechanics Annual Meeting, Pittsburgh, PA. Poster Presentation.
August 14, 2025.

• Created subject-specific 3D femur models from CT scans and aligned them to biplane radiographs to
  quantify residual bone motion across different socket configurations during gait.

Paulus, P., Gale, T., Shetty, R., Yatsenko, Y., Elder, J., Mroz, K., Buffat, D., Fiedler, G., Anderst, W. Does
Residual Femur Motion Influence Dynamic Balance in Individuals with Transfemoral Amputations?
Orthopaedic Research Society Annual Meeting, Phoenix, AZ. Poster Presentation. February 10, 2025.

• Created subject-specific femur models from CT scans and aligned them to biplane radiographs to quantify
  residual bone motion; investigated its relationship with gait asymmetries and balance deficits.

Paulus, P., Gale, T., Shetty, R., Yatsenko, Y., Elder, J., Mroz, K., McKernan, G., Buffat, D., Fiedler, G.,
Anderst, W. Residual Femur Motion During the Stance Phase of Gait is Associated with Dynamic Balance
in Individuals with Transfemoral Amputations. Submitted to Journal of Biomechanics, March 2025.

• Created subject-specific femur models from CT scans and aligned them to biplane radiographs to analyze
  how pistoning motion correlates with gait balance metrics in individuals with transfemoral amputations.

• Dietrich School Dean's List (8 Semesters)
• MCAT: 520/528
• SAT: 1570/1600
• Biology Subject SAT: 800/800
• AP Macroeconomics: 4
• AP Biology: 4
• AP Calculus AB: 5
• AP Calculus BC: 4
• AP Language and Composition: 4