Strong understanding of electrode structure-property-process relationships
Experience with dc fast charge use cases and limits
This role involves leading the development and optimization of cell designs to meet performance, durability, safety, and cost targets for next-generation electric vehicles
Job Summary
This role involves leading the development and optimization of cell designs to meet performance, durability, safety, and cost targets for next-generation electric vehicles.
Candidates will plan and execute advanced diagnostic work to understand performance gaps and degradation mechanisms using physico-chemical and electrochemical techniques.
The position requires collaboration with cross-functional teams including R&D, quality, and supplier partners to solve issues and deliver program milestones.
Matching Summary
This role involves leading the development and optimization of cell designs to meet performance, durability, safety, and cost targets for next-generation electric vehicles.
Skills & Requirements
Must-have
5+ years relevant experience in cell technology
Strong understanding of electrode structure-property-process relationships
Experience with DC fast charge use cases and limits
Nice-to-have
Hands-on experience with advanced diagnostic techniques
Direct experience with pouch cell design and testing
Passion for innovation in a collaborative mindset
Key Requirements
Bachelor of Science in Engineering, Material Science, or Chemistry
5+ years of relevant experience in cell technology
On-site presence required at Wallace Battery Cell Innovation Center