Ashna Ghanbari
Positions
Postdoctoral Associate
Faculty of Kinesiology
Contact information
Background
Educational Background
PhD Biomechanics, University of Calgary, 2024
BSc Biomechanics, University of Calgary, 2020
Research
Areas of Research
Dr. Subramanium's research focuses on the influence of footwear on biomechanics and athletic performance. During her doctoral work, she investigated the role of Advanced Footwear Technology in enhancing running mechanics and performance. Her work is rooted in over a decade of experience as an elite tennis athlete, providing her with unique insights into the athletic applications of footwear design.
Courses
| Course number | Course title | Semester |
|---|---|---|
| KNES 263 | Quantitative Biomechanics | Winter 2023 |
| KNES 263 | Quantitative Biomechanics | Winter 2022 |
| KNES 263 | Quantitative Biomechanics | Winter 2021 |
Publications
- A methodological proof-of-concept of the teeter-totter effect. Subramanium, A., Vienneau, J., Nigg, S.R., Nigg, B.M.. Journal of Sports Sciences. 1-7. (2024)
- Highlighting the present state of biomechanics in shoe research (2000–2023). Nigg, B.M., Nigg, S.R., Hoitz, F., Subramanium, A., Vienneau, J., Wannop, J., Khassetarash, A., Alizadeh, S., Matijevich, E., Honert, E., Edwards, W.B., Mohr, M.. Footwear Science. 133-143. (2023)
- Towards a biomechanical understanding of performance improvement with advanced running shoes. Nigg, B.M., Subramanium, A., Matijevich, E.. Footwear Science. 133-137. (2022)
- The effects of shoe upper construction on mechanical ankle joint work during lateral shuffle movements. Subramanium, A., Honert, E., Cigoja, S., Nigg, B.M.. Journal of Sports Sciences. 1791-1799. (2021)
- Effects of Advanced Footwear Technology on Running Mechanics and Performance. Subramanium, A.. Doctoral Thesis. (2024)
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