Associate Manager, Production Engineering, LFP Cell Assembly

Description:
Tesla is seeking a highly motivated, strategic, and forward-thinking Associate Manager to help define and execute the future of LFP Cell manufacturing. In this role, you will be instrumental in creating, developing, and scaling advanced manufacturing systems that support the production of Tesla’s next-generation battery cell technologies. This is not just an engineering role it’s a technical strategic leadership opportunity to drive the end-to-end equipment strategy for some of the most innovative and pioneering energy storage technologies in the world. Lead the design, development, and optimization of advanced manufacturing equipment for cutting-edge battery cell production lines. Drive long-term equipment strategy and architecture, influencing the scalability, flexibility, and reliability of Tesla’s core cell technologies. Collaborate cross-functionally with Design, Process, Production, and Controls teams to ensure seamless transition from cell concept to mass production. Work with global OEM and automation partners to deliver high-performance manufacturing tools that meet Tesla’s aggressive quality, speed, and cost targets. Manage and cultivate a group of engineers and leaders, creating a strong technical culture of ownership, collaboration, and innovation. Provide technical direction and mentorship to cross-functional teams. Champion bold ideas and breakthrough approaches to push the limits of what’s possible in battery cell manufacturing.

Responsibilities:

Oversee the development of advanced safety solutions & systems, mentors others, and drives long-term safety culture, in compliance with OSHA, ISO, TUV, NFPA-70E and IEC
Proficient in Agile methodologies, OKRs, and management of high performing teams. Able to manage 24/7 sustaining operations. Demonstrates ability to consistently improve/optimize operations regarding safety-people-accuracy-rate-cost
Leads cross-functional projects RCA, OCAPs, NPI, CAPA, to improve process/product efficiency, integrating automation and predictive analytics. Knowledgeable on (SPC), capability analysis, quality improvement methods (DMAIC, 8D), process change management and process control (PFMEA, DFMEA, Risk Assessments)
Leads with authority and influence, consistently demonstrating dependability and fostering an environment of collaboration across team networks. Demonstrated experience leading mid-large multidisciplinary teams, mentoring others and creating companywide positive impacts
Capable of understanding the design and implementation of programs for entire industrial systems, integrating advanced algorithms, data logging, and optimization techniques to improve cycle times and efficiency
Proficient in program managing the development and optimization of automated tools for high volume manufacturing operations, providing real-time data feedback, and error-proofing mechanisms
Clearly define expectations for the engineering team which improve overall MFG line performance, provide engineering mechanisms for 24/7 coverage
Drive improvement activities from inception through closure using the engineering resources on their team
Field and coordinate team response to emergent issues (yield, failures, extended downtime, etc.)

Requirements:

Degree in Engineering, or equivalent experience
7+ years relevant experience in interdisciplinary/integrated engineering, process development, manufacturing engineering
In-depth understanding and knowledge of lithium-ion battery technology including material selection, fabrication, and synthesis; new battery cell design, assembly, testing, and failure mode analysis. Hands-on experience with lithium-ion battery cell product development is a strong plus
Background in design and manufacturing of high-volume products, automated equipment
Evidence of deep understanding and strategic thinking of engineering fundamentals and ability to apply them towards manufacturing process development. Demonstrated capabilities in manufacturing process development for new products and ability to transfer technologies from R&D into manufacturing is required
Proven ability to successfully manage multiple projects, problem-solving, decision making and capability to meet deliverable deadlines amidst changing requirements, deadlines, and priorities
Exceptional technical communication (live reporting, written form, and presentation of data)