Experience

Volkswagen

• Germany
• Motor Vehicle Manufacturing
• 300 - 400 Employee

• Biomechanics and Humanbodymodel

  • Oct 2023 - Present



VAIVA

• Germany
• Software Development
• 1 - 100 Employee

• Fachkoordinator Menschmodell

  • Mar 2020 - Present

  Gaimersheim, Bavaria, Germany

• Human Model Development Engineer

  • Oct 2016 - Mar 2020

  Gaimersheim, Bavaria, Germany Responsible for HBMs (GHBMC, THUMS) simulations and improvements



University of Strasbourg

• France
• Higher Education
• 700 & Above Employee

• Postdoc Researcher

  • Jan 2014 - Oct 2016

  Strasbourg Area, France -Reconstruction of crash(Side and tangential) involving occupant using Madymo and Ls-Dyna for injury mitigation. -Modeling and simulation of FE neck brace for motorcyclist. -Development of new generation of FE head model to predict head injury due to blast. The main focus of this study is to bring new insight on the understanding of the blast-induced injury mechanisms and finally, provide some ways of improvement of the personal protective equipment which can be worn. -I… Show more -Reconstruction of crash(Side and tangential) involving occupant using Madymo and Ls-Dyna for injury mitigation. -Modeling and simulation of FE neck brace for motorcyclist. -Development of new generation of FE head model to predict head injury due to blast. The main focus of this study is to bring new insight on the understanding of the blast-induced injury mechanisms and finally, provide some ways of improvement of the personal protective equipment which can be worn. -I have worked on characterization of material model and validation of SUFEHM skull and brain model in Pam-CRASH and ABAQUS. Also worked on modeling of FE head model for a new born child in LS-DYNA platform and validation. -Drop tests on helmets. -Testing on abdominal tissue -Uni axial static compression and tensile tests on abdominal tissue. It also involves material characterization of abdominal tissue.

• PHD

  • Mar 2011 - Dec 2013

  Strasbourg Area, France Dissertation: Brain injury criteria based on computation of axonal elongation Biomechanics team of IMFS specializes in the field of biomechanics of head injury. This research includes the steps of mechanical characterization of tissue, finite element modeling of the human head and the numerical simulation of real head injuries. One of the main objectives is to identify the mechanisms of brain damage and set the tolerances limit to the shock of the head.



Indian Institute of Technology, Delhi

• Higher Education
• 700 & Above Employee

• Research Associate

  • Jun 2006 - Feb 2011

  New Delhi Area, India My responsibilities included extensive human bones and soft tissue testing using various testing methods. Also conducted Finite element modeling and simulations in different platforms. A brief description of all my works are described in project section.



CTTC (Central Tool Room & Training Centre)

• Summer Intern

  • Jun 2005 - Jul 2005

  Orissa, India • Learnt PRO-E (pro-engineer), CNC Milling & CNC Turning.



NALCO, CPP (Captive Power Plant)

• Summer Intern

  • Jun 2004 - Jul 2004

  Orissa, India • Detailed study of the boiler, compressor, condenser, and coal handling plant