Omkar Junnarkar

- Responsible for mechanical integrity of battery modules over lifetime (Shock, NVH, Intrusion) - Analysis of static/dynamic FEM simulations - Validation & test setup with data processing using Matlab - DoEs for End of Life conditions, material modeling and mechanical troubleshooting - Design and evaluation of weld seams, glues, and connections under operation as well as crash conditions - Managing mechanical requirements and outsourced tasks for battery modules and sub-components using Codebeamer and Jira

• Microstructure simulation for Direct Air Capture (CFD in porous media) • Voxel based Diffusion - Advection for ‘Carbon Capture’ • Development and implementation of numerical method for particle tracking • Parameter study (Automation) in Python

• Battery simulation (Electro-chemical FEM modelling in COMSOL Multiphysics) • Microstructure pre-processing in GeoDict / HYPERMESH • Defining workflow of voxel-based mesh for ‘half-cell simulation’

• Programming for thermal simulation & parameter identification • Optimization, numerical computations and validation in R / C++

• Preventive & breakdown maintenance of rotary equipment and utilities • Steam consumption optimization

• Curtis turbine thermal/fluid calculation • Blade angle optimization & efficiency improvement • 3D modelling in SolidWorks

• Conditional Monitoring on EMERSON CSI2130, Maintenance (Process Equipment)

Non-linear FEM, Solid Mechanics, Computational Methods, High Performance Computing, Fracture Mechanics, Material Modelling, Computational Plasticity, Parameter Identification,

Fluid Mechanics, Structural Mechanics, Thermodynamics, Numerical Methods, Automobile Engineering, CAE, Design, Programming