Senior Battery Cell Modeling & MD Analysis Engineer

GM; Warren (MI); Hybrid; USD 100,000 - 140,000; Full time

Job summary

General Motors is seeking a Battery Cell Electrochemistry Analysis Engineer to advance electrochemical modeling, data science, and cross-functional design decisions for EVs. You will develop and calibrate cell models, perform data-driven insights, and contribute to vehicle co-sims for calibration, diagnostics, and state estimation.

The role requires strong analytics, programming skills (Python, MATLAB), and experience with electrochemistry modeling, aiming to optimize range, charging, and aging

Qualifications

• BS in Engineering or related field required; chemical, electrical, or mechanical preferred.
• Strong understanding of modeling processes, transport phenomena, and degradation mechanisms.
• 3+ years in data analytics and ML, plus 3+ years in battery electrochemistry modeling.
• Proficiency with Python, MATLAB, Power BI, DataBricks, COMSOL, SABER, PyBaMM.

Responsibilities

• Develop, maintain, and calibrate physiochemical, electrochemical, thermal, mechanical, and safety models.
• Use multi-physics tools to implement cell models across chemistries.
• Collaborate with test teams to refine protocols and data collection.
• Document models, assumptions, and recommended usage for vehicle co-sims.
• Apply statistics and ML to extract insights from cell performance data.

Skills

Python

MATLAB/SIMULINK

COMSOL

PyBaMM

Data analytics

Machine learning

Education

BS in Engineering

Tools

Python

MATLAB/SIMULINK

COMSOL

SABER

Power BI

DataBricks

Job description

General Motors is seeking a Battery Cell Electrochemistry Analysis Engineer to advance electrochemical modeling, data science, and cross-functional design decisions for EVs. You will develop and calibrate cell models, perform data-driven insights, and contribute to vehicle co-sims for calibration, diagnostics, and state estimation.

The role requires strong analytics, programming skills (Python, MATLAB), and experience with electrochemistry modeling, aiming to optimize range, charging, and aging