Clarios is looking to solve complex issues in battery design, product innovation, and strategy through electrochemical modeling and simulation.
Requirements
- PhD or masters in Engineering and Science (Chemistry, Mechanical, Material, Physics, etc.) with a strong focus in electrochemistry and modeling disciplines.
- +3 (PhD) to +6 (Master) years minimum industrial modeling and simulation experience related with battery energy storage solutions.
- +5 years electrochemical modeling and simulation project experience using one of the commercial software packages such as COMSOL, or Saber, or ANSYS Fluent, or others.
- +5 years software coding project experience in Python or MATLAB.
- +5 years project experience in parameter optimization techniques and statistical analysis.
- Advance statistic and machine learning knowledge
- Experience with analyzing actual product failure mechanism and ability to resolve product quality, performance and other technical issues raised by external or internal customers.
Responsibilities
- Develop multi-physics models (electrochemical, thermal, mechanical) using tools like COMSOL, ANSYS, Python, or MATLAB/Simulink to analyze how battery design parameters impact performance, lifespan, and safety of lead-acid/Li-ion batteries.
- Design experiments and optimize parameters (e.g., diffusion coefficients, conductivity) to calibrate models, validate accuracy, and ensure confidence in simulation predictions.
- Build simulation tools to evaluate customer-specific performance requirements and support product design analysis, including simplified tools for customer engineering teams.
- Support battery management systems (BMS) by contributing to control algorithm development and integrating simulation insights.
- Collaborate with cross-functional teams to define modeling requirements, deliverables, timelines, and resource allocation for projects.
- Document and communicate model implementation, validation results, accuracy assessments, and quality metrics to stakeholders.
Other
- Teamwork is crucial.
- Must possess capability to interface with multifunctional team to collect feedback that may improve the effectiveness of modeling and simulation tools.
- Manage multiple priorities simultaneously because of your excellent planning, organization and time management skills.
- Intellectually curious – driving continual learning and new modeling and simulation solutions and product innovations.
- Diversity of experience and skills combined with passion is key to challenging the status quo.
