Dr Subrata Mondal

 
Dr Subrata Mondal

Postdoctoral Research Assistant in Biomechanics

Engineering 149, Mile End

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Supervisor: Prof Teresa Alonso-Rasgado
Expertise: Dr. Mondal expertise on computational modelling of bone and orthopaedic medical devices, multiscale computational models of biological tissues, device design/analysis, and tissue regeneration.

Brief Biography

Dr. Mondal has a significant experience in the field of computational modelling of bone and orthopaedic medical devices, multiscale computational models of biological tissues, device design/analysis, and tissue regeneration. Dr. Mondal completed his undergraduate (B. Tech) in Mechanical Engineering from India in 2012. Dr. Mondal completed his postgraduate (M. Tech) in Applied mechanics from Motilal Nehru National Institute of Technology, Allahabad, India (MNNIT Allahabad) in 2014. Dr. Mondal's PhD thesis (Indian Institute of Technology Mandi, India, 2015-2020) on the biomechanical analysis and design considerations of tibial component for total ankle replacement. Dr. Mondal worked as a postdoctoral research assistant at the school of mechanical & manufacturing engineering at Dublin City University, Ireland (2020-2022). Dr. Subrata Mondal worked as a postdoctoral research associate in the school of Mechanical Engineering at University of Bath (UK, Ireland) (01/2023-10/2023). To date, Dr. Mondal's research has culminated in 15 peer-reviewed journal articles (10 as senior author), 10 international conferences, and 1 book chapter. Dr. Mondal served as an assistant professor at Academy of Technology, West Bengal, India (MAKAUT formerly known as WBUT) for one year (July 2014 to July 2015). Dr. Mondal has been worked as a guest lecturer for two semesters in Dublin City University (DCU, Ireland). He taught the courses Biomechanics of Tissue Engineering in Masters level and Rehabilitation Engineering in undergrad level (2021-2022). Dr. Mondal's research area is focuses on computational modelling of bone and orthopaedic medical devices, multiscale computational models of biological tissues, device design/analysis, and tissue regeneration.