Tesla is looking for a passionate and driven Sr. Process Engineer to help us scale the future of cell manufacturing. As a core member of our team, you will help us build cutting-edge production lines for the next generation of Tesla batteries. This is a rare opportunity to be involved in the creation of a world-class manufacturing facility from the ground up, in one of the most complex and high-stakes sectors in the industry. At Tesla, we don't just want to build cars; we want to accelerate the world's transition to sustainable energy. We're tackling some of the most challenging problems in manufacturing, and we need forward-thinking engineers to help us push the limits of what's possible. * Use advanced data analysis tools (e.g., MySQL, Python, R, JMP, Tableau) to make predictive insights, optimize manufacturing processes, and drive actionable recommendations * Work closely with Design Engineering, Manufacturing Engineering, Quality Engineering, and Operations teams to bring new products from prototype to full-scale production * Lead and drive continuous process improvement initiatives that directly impact production efficiency, yield, capacity, and safety * Spearhead the integration of automated systems, ensuring data-driven decision-making and continuous feedback loops * You will be responsible for the process documentation and ensuring it is kept current like Manufacturing Instructions, Standard works documents, PFMEA, standard works, and Control Plans * A passion for problem-solving, working in high-pressure environments, and driving innovation * Degree in Engineering, Mathematics, or equivalent experience * 5+ years of experience as a Process Engineer (process development/improvement, troubleshooting, data analysis, constraint analysis, flow optimization) * Expertise in high-volume automated manufacturing environments and data-driven decision-making * Strong technical skills in SQL, JMP, Minitab, Tableau, and Python (experience with these tools is a plus) * Deep domain understanding of process design, manufacturability, assembly methods, and cost reduction techniques