Job description
What to Expect
What You’ll Do
What You’ll Bring
Battery Cells are the common denominator for every Tesla product. Our product requirements demand ground-up cell architectures with state-of-the-art performance, manufactured at volumes that are orders of magnitude higher than the products they power. Our environment is fast-paced and incredibly exciting, so being passionate and self-motivated to push your limits is critical. Our team works with engineering groups across various disciplines, requiring strong communication skills and a team-first mentality. You will work alongside seasoned industry experts, high aptitude recent graduates, and people from every stage in between. We look for anyone with an exceptional ability to solve problems in both individual and team settings. Tesla is committed to hiring and developing diverse talent in all disciplines. This position will collaborate with multiple teams across Tesla to characterize battery materials, determine degradation mechanisms, and optimize cell performance. The candidate will be responsible for multiple, high-impact projects which will involve implementing existing techniques, and analyzing data to rapidly characterize batteries. We want team focused employees with strong communication skills who challenge and want to be challenged, and who create and innovate. We want teammates who will thrive in a fast-paced company with real hardware and are self-motivated, disciplined, and detail oriented.
- Be a key member of a cross functional team to optimize lithium-ion battery performance and lifetime in new and existing cells
- Execute coin cell performance testing, coordinate and monitor full-cell testing, perform cell teardowns, document testing status and communicate timelines and results
- Interpret results and propose testing to quantify degradation modes of various battery chemistries.
- University degree in chemistry, chemical engineering, material science, or equivalent major
- A drive to execute testing and a passion for optimization.
- Familiar with degradation mechanisms of batteries and battery materials
- Familiar with chemical, electrochemical, and lifetime testing techniques for battery materials
- Ability to learn new concepts and methods, propose design of experiments, and execute independently
- Some coding experience preferred (i.e. MATLAB, Python, and/or similar data analysis tool)
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