Careers in the Future of Battery Technology at Blue Current

You will execute solid-state battery R&D and prototyping processes, including slurry mixing, coating, and testing. You'll operate and maintain lab equipment, lead troubleshooting, and mentor junior technicians in a hands-on development lab environment.

You will develop formulation and coating processes for next-generation solid-state battery separators, working cross-functionally with cell engineering and manufacturing teams to scale up production.

You will execute electrochemical test protocols, operate and maintain battery test equipment, and ensure accurate data generation to support the development of silicon solid-state batteries. Your work will directly contribute to advancing safe, high-performance energy storage solutions.

You will support solid-state battery R&D and prototyping by preparing materials, operating fabrication and assembly equipment, managing inventory, and maintaining lab cleanliness and safety. You'll execute fabrication steps, follow SOPs, and communicate with cross-functional teams to ensure efficient operations.

You will lead the development of cathode technologies for stationary energy storage, managing projects from materials selection through scale-up. You'll mentor a high-performing team and collaborate with engineering and manufacturing to ensure robust, scalable solutions.

You will act as the primary engineering owner for solid-state battery R&D equipment, improving process performance (yield, throughput, reproducibility) through experimentation, troubleshooting, and cross-functional collaboration. Your work directly impacts the development of inherently safe, high-performance silicon solid-state batteries.

You will identify and solve degradation modes of composite solid-state cathode technology, designing experiments to balance energy density and rate capability. You'll lead projects, communicate complex results to teams, and drive innovation in solid-state battery materials.

You'll lead **physics-based simulation** work for a **silicon solid-state battery company**, developing electrochemical, thermal, and safety models that guide experimental and process engineering decisions. Your core impact will be ensuring modeling is a reliable, integrated part of battery development, with significant autonomy and coordination of external specialists.

You will lead the synthesis and optimization of advanced inorganic solid electrolytes for next-generation solid-state batteries. This role involves driving innovation from discovery through product integration, managing a team, and collaborating cross-functionally to align development with commercialization goals.

You will develop and test new solid state electrode materials with a focus on composite cathode technology, optimizing formulations to improve cell performance and safety. Hands-on electrochemistry and materials characterization work in a fast-paced R&D environment.

You'll develop and refine cell assembly processes for **silicon solid-state batteries** at a pioneering company. You'll own the assembly process from electrode handling through finished cell delivery, applying **advanced metrology and quality toolkits** to ensure structural and performance standards. This role is central to scaling up **inherently safe, high-performance battery technology**.

You'll lead **electrode process development** and **scale-up initiatives** for Blue Current's silicon solid-state batteries. Your work will directly impact **product quality and manufacturability** as the company transitions from pilot to high-volume production.

You'll **produce finished electrodes** for **silicon solid-state batteries**, ensuring quality and performance standards while developing scalable manufacturing processes. Your work directly impacts yield improvement and the pathway to gigafactory-level production.

You'll build and lead a best-in-class **Environmental Health and Safety program** for a **silicon solid-state battery pioneer**, embedding safety into R&D, manufacturing, and operations. You'll report to senior leadership and directly shape the company's safety culture and compliance strategy.

You'll lead **solid-state anode development** for a **silicon solid-state battery** company. You'll optimize slurry formulations and electrode microstructure to improve energy density and cycling stability. Your work directly impacts next-generation battery performance.

You'll design and implement quality systems for a **silicon solid-state battery** startup, spanning from incoming materials to outgoing products. You'll drive process improvements and **collaborate with R&D and manufacturing teams** to deliver world-class battery products.

You'll lead daily operations on a **solid-state battery pilot line**, driving **process optimization and quality standards**. You'll independently run complex equipment and mentor junior technicians as we scale toward commercial production.

You'll join Blue Current, an industry leader in silicon solid-state batteries, to support **production of battery materials** and **assembly of high-performance cells**. You'll independently execute complex manufacturing tasks, operate pilot-scale equipment, and contribute to process improvements in a fast-paced development setting.

You'll support the production of battery materials and assembly of high-performance battery cells at a **silicon solid-state battery** startup. You'll execute fabrication steps and operate pilot-scale equipment with guidance, contributing to safe and efficient lab operations. This role offers hands-on experience in **solid-state battery processes**.