Senior Battery Pack System Simulation Engineer M/F

Requirements

• Master's degree (Bac+5) or PhD in Electrical Engineering, Systems Engineering, Control Engineering, Mechanical Engineering, or equivalent.
• Specialized knowledge in system control design and state estimation algorithms (KF, MHE, ML, empirical, ...), Li-ion battery cells and packs, BMS and BTMS, MiL, SiL.
• 5 years of experience minimum in battery or other electrified system simulation (automotive OEMs/Tier 1 suppliers preferred), including state estimation and control, with demonstrated technical track record and model development/maintenance ownership.
• Proficiency in system simulation tools (Simulink, Simscape/Modelica, Ansys Twin Builder, Amesim, ...) and scientific coding (Python, Matlab).
• Experience in surrogate and reduced-order modelling, including model building, calibration, and validation.
• Experience in multi-domain system model integration and model-based system design.
• Experience in multi-objective optimization (trade-offs, pareto front, etc.), statistical analysis (error propagation, uncertainty quantification, robustness, etc.), and other study scenarios.
• Familiar with electrochemical engineering, battery chemistries (NMC, LFP, ...), thermal engineering, and battery durability.
• Familiar with battery safety and system fault scenarios.
• Proficiency in English / French is a plus.

Additional Information

As a Senior Battery Pack System Simulation Engineer, you are responsible for developing and maintaining system-level battery pack models to support battery pack development across all applications, including automotive. You build and integrate surrogate/reduced-order models in close collaboration with the CAE engineers covering electrical, electrochemical, thermal, mechanical, durability, control, safety, and optimization aspects of battery pack systems. You own your surrogate/equivalent-circuit/reduced-order model requirements and the associated parameter identification and validation workflows, in close collaboration with the CAE engineers and with support from BMS, testing, and validation engineers. You provide simulation-based insight to support architecture trade-offs, control development, performance prediction, lifetime assessment, and safety-oriented engineering decisions. This role is part of the CAE & Advanced Methods Group and supports the Battery Pack and System Group with system-level simulation evidence for pack architecture justification, optimization, root-cause analysis, and with control-oriented simulations for BMS/BTMS calibration, validation, robustness and verification.

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Company Intel

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