Battery Modeling Engineer
About The Position
About the role · Model Development & Simulation · Implement equivalent circuit models (ECM) in MATLAB/Simulink · Develop reusable simulation blocks for SOC/SOH estimation testing · Build parameterized models across temperature, SOC, and aging states · Develop automated parameter identification workflows · Maintain model version control and documentation · Electrochemical and Thermal Modeling · Work on electrochemical and thermal model development · Interpreting experimental data to extract modeling parameters · Contribute to validation of degradation and performance hypotheses · Translate electrochemical insights into simulation-ready formats · Data Processing & Parameter Identification · OCV–SOC curve fitting · Resistance modeling vs temperature and SOC · Aging trend analysis · System & BMS Interface Support · Prepare model outputs for BMS algorithm validation · Support simulation of dynamic power limits · Assist in worst-case scenario modeling (temperature, end-of-life) · Collaborating with BMS and system engineering teams
Requirements
- MSc with 3–6 years of relevant experience in battery modeling or physical system simulation OR PhD in Chemistry, Applied Mathematics, Physics, Computational Science, or a related quantitative discipline with 0–3 years of post-PhD experience
- Strong proficiency in MATLAB and Simulink (required)
- Strong mathematical modeling and numerical analysis skills
- Experience in parameter identification and curve fitting
- Solid understanding of electrochemical fundamentals
Nice To Haves
- Strong first-principles thinking and ability to reason from physical fundamentals.
- Comfortable working in an R&D environment with evolving models and technical uncertainty.
- Strong mathematical intuition and understanding of nonlinear system behavior.
- Builder mindset with hands-on execution capability in modeling and simulation.
- Collaborative, open to technical feedback, and able to work within a defined technical leadership structure.
- Disciplined in documentation and model version control.
- Motivated to learn and contribute to novel battery chemistry development.
Responsibilities
- Model Development & Simulation
- Implement equivalent circuit models (ECM) in MATLAB/Simulink
- Develop reusable simulation blocks for SOC/SOH estimation testing
- Build parameterized models across temperature, SOC, and aging states
- Develop automated parameter identification workflows
- Maintain model version control and documentation
- Electrochemical and Thermal Modeling
- Work on electrochemical and thermal model development
- Interpreting experimental data to extract modeling parameters
- Contribute to validation of degradation and performance hypotheses
- Translate electrochemical insights into simulation-ready formats
- Data Processing & Parameter Identification
- OCV–SOC curve fitting
- Resistance modeling vs temperature and SOC
- Aging trend analysis
- System & BMS Interface Support
- Prepare model outputs for BMS algorithm validation
- Support simulation of dynamic power limits
- Assist in worst-case scenario modeling (temperature, end-of-life)
- Collaborating with BMS and system engineering teams
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What This Job Offers
Job Type
Full-time
Career Level
Mid Level
Education Level
Ph.D. or professional degree
Number of Employees
11-50 employees
