Work closely with the design, materials, and manufacturing teams to develop dynamic simulations of cell performance and associated manufacturing processes
Work closely with process engineers to build and refine simulations to predict cell behavior and process outcomes, leveraging manufacturing data
Simulate process upset scenarios to understand the limitations of the process
Develop code that is organized, structured, documented, maintainable and reusable
Use Python scripting and SQL to interface equipment with Tesla Manufacturing Execution System (MES) and to collect data into production databases
Introduce automated processes into production, and train and equip Sustaining Team to support automated equipment after deployment into production
Establish test plans and control test plan execution
Debug and optimize automated processes to maximize cycle time and uptime.
Managing the network and hardware IT infrastructure
What You’ll Bring
Evidence of exceptional ability, including a strong understanding of engineering fundamentals and demonstrated ability to leverage this understanding to solve challenging technical problems
5+ years as a cell modeling engineer OR electrochemical systems modeling engineer
Degree in Chemical, Material or Mechanical Engineering, Chemistry, or equivalent experience
In depth knowledge of electrochemical principles and their application to lithium-ion cell manufacturing and degradation mechanisms
Strong Programming skills and experience in Python, MATLAB, COMSOL or equivalent applied to electrochemical processes or battery systems, with experience in scripting and workflow automation
Analytical mindset with a proven ability to interpret electrochemical data and optimize processes based on modeling insights
Familiarity with data integration and database systems (e.g., SQL) for managing electrochemical process data
Preferred: Battery abuse modeling experience, Prior work modeling unit operations in cell manufacturing (e.g., electrode processing, cell formation). Understanding of databases and various program languages (Java, Python). HMI programming experience – TwinCAT HMI, WinCC and Ignition, Robotic programming skills, Vision systems