At Sigma Technology Experience AB, I contributed to the Sigma-Volvo work package for system-level simulation of vehicle and energy systems. I developed and enhanced modular MATLAB/Simulink models for virtual integration and validation.
I supported Model-Based Development across MIL/SIL/HIL environments, maintaining requirements traceability and improving model modularity and reuse. I also developed MATLAB scripts to automate simulation workflows.
For my master's thesis at AVL MTC Motortestcenter AB, I developed a Python-based analytical tool to evaluate electric machine sizing and performance. It enabled rapid design space exploration and reduced reliance on computationally intensive simulations.
At Volvo Cars, I evaluated battery modelling approaches for BMS applications and compared first-order Equivalent Circuit Models across simulation environments. My academic projects also include EV drive-cycle energy analysis, battery cell simulation in COMSOL, and thermal modelling of battery systems and electric machines.
