Jobs at Blue Current

Develop and test polymer materials for solid-state battery performance. Design experiments, analyze electrochemical and materials data, optimize processing, and connect material properties to cell results. Lead projects, report data-driven recommendations, interpret scientific literature, and advance novel materials, cell designs, processing approaches, and intellectual property. Mentor junior staff and collaborate across teams in laboratory, dry-room, and glovebox environments.

Establishes quality infrastructure for silicon solid-state battery development and manufacturing. Develops SOPs, QC test methods, CTQ specifications, SPC programs, measurement systems, and structured reporting. Leads root cause analysis, process control, change control, supplier quality, and reproducibility initiatives to reduce variation, improve yield, and support scale-up. Works across laboratory, engineering, manufacturing, and supplier teams while promoting safety and data integrity.

The Senior Process Engineer develops new materials and processes for solid-state battery separators, conducts experiments, collaborates with teams, and supports project management.

The Director of EH&S will lead the development of the Environmental Health & Safety program, ensuring regulatory compliance, building safety culture, and driving organizational risk management across operations.

The Senior Process Engineer will enhance solid-state battery R&D processes, manage project equipment, optimize performance metrics, and promote continuous improvements while collaborating cross-functionally.

Lead synthesis and characterization of inorganic solid-state electrolyte materials, develop structure-property/process-property relationships, design novel materials and characterization methods, collaborate cross-functionally to integrate findings into cell development, contribute to IP, and maintain rigorous lab safety and documentation.

This role leads the development and optimization of solid-state anodes, focusing on slurry formulations, experimental design, and collaboration with vendors. Responsibilities include directing projects, characterizing materials, and ensuring safety protocols.

Lead development and scaling of slurry-based electrode manufacturing from mixing through coating, drying, and calendering. Characterize process parameters, select and validate equipment, establish QA/QC protocols, drive yield improvements, lead root-cause investigations, and translate pilot processes to high-volume production in collaboration with cell engineering and materials teams.

Lead development, optimization, and scale-up of slurry-based electrode manufacturing (mixing, coating, drying, calendering). Define process specs and QA/QC, drive pilot-to-production scale-up, engage vendors, mentor engineers, and deliver technical recommendations to senior leadership while supporting safety and cross-functional alignment.

Lead product development and optimization of internal databases and MES for battery R&D and pilot manufacturing. Define product roadmaps, write software requirements and user stories, oversee third-party developers, design UI/data visualizations, architect scalable database structures, maintain data integrity, and serve as primary contact for training, troubleshooting, and documentation across engineering and manufacturing teams.