FEA Simulation Engineer

We are seeking a Simulation Engineer to support multiphysics simulation activities for product development and virtual validation across battery technologies. This role focuses on applying simulation tools to investigate design concepts, perform Design of Experiments (DoE), evaluate engineering solutions, and support capability building within the simulation organization.

The successful candidate will work closely with engineering, validation, and technology teams to accelerate product development through simulation-driven decision-making, model development, and virtual validation methodologies. The position provides opportunities to contribute to a wide range of simulation applications while developing expertise across multiple engineering disciplines.

Support multiphysics simulation studies for battery components, assemblies, and systems.

Investigate design concepts and engineering challenges using simulation methodologies.

Analyze simulation results and provide recommendations to support product development activities.

Contribute to simulation capability development and best practices.

Plan and execute Design of Experiments (DoE) studies to evaluate design alternatives.

Perform sensitivity analyses and parameter investigations.

Utilize optimization techniques to improve product performance, robustness, and development efficiency.

Support simulation-based design optimization activities.

Support development and maintenance of simulation workflows and methodologies.

Assist in automation, standardization, and efficiency improvements of simulation processes.

Develop scripts and tools to improve simulation productivity and data processing.

Contribute to knowledge sharing and capability building initiatives.

Work closely with product engineering, validation, manufacturing, and technology teams.

Support correlation between simulation predictions and physical testing results.

Participate in technical reviews and engineering discussions.

Communicate simulation findings to stakeholders in a clear and structured manner.

Support virtual validation activities through simulation analysis and model development.

Contribute to reduced-order models (ROMs) and engineering models where appropriate.

Support integration of simulation knowledge into product development workflows.

Participate in advanced modeling and digital engineering initiatives.

Support simulation activities across battery platforms including PbA, LIB, and Na-ion.

Contribute to validation, optimization, and risk assessment.

Bachelor’s or Master’s degree in in Mechanical Engineering, Aerospace Engineering, Chemical Engineering, Physics, Electrical Engineering, or a related technical field.

2–5 years of experience in engineering simulation, finite element analysis, computational modeling, or related disciplines.

ANSYS Mechanical / Workbench / Fluent CAD Software for pre/post processing/Solidworks/ANSA/Space Claim/Discovery

Design of Experiments (DoE) and optimization methodologies.

Programming and automation skills using Python.

Engineering data analysis and post-processing techniques.

Model verification and validation practices.

Familiarity with virtual validation methodologies.

Experience supporting product development through simulation.

Exposure to battery, automotive, energy storage, or industrial applications.

Familiarity with reduced-order models (ROM), system modeling, or digital engineering concepts.

Knowledge of simulation-driven design optimization approaches.

Experience working in multidisciplinary engineering teams.