Staff Scientist, Cell Modeling

The Staff Scientist, Cell Modeling leads Blue Current's physics-based simulation work across electrochemical, thermal, and safety domains, connecting physical measurement data to quantitative models that inform decisions made by experimental and process engineering teams. This role requires broad simulation expertise and works with significant autonomy, coordinating both internal efforts and external simulation specialists toward company priorities. The Staff Scientist acts as a reality check on technical hypotheses by translating model outputs into clear, actionable guidance for colleagues across the organization. Success means that modeling is a reliable, integrated part of how Blue Current develops its battery technology. • Develops and maintains physics-based electrochemical models of solid-state battery cells, with particular emphasis on Newman-type continuum models, to predict and explain cell performance across a range of operating conditions • Builds and executes thermal models of cells, modules, and packs to evaluate heat generation, dissipation, and safety-relevant failure scenarios under realistic use conditions • Applies finite element and other numerical methods to simulate mechanical, thermal, and coupled multiphysics problems relevant to cell and pack design • Interprets experimental data from cell testing and characterization, comparing measured results against model predictions to validate assumptions, identify discrepancies, and generate testable hypotheses for the experimental team • Translates model outputs into clear, written technical recommendations for experimental and process engineering colleagues, directly informing decisions on cell design, process parameters, and test priorities • Defines scope, reviews deliverables, and manages progress of external simulation work performed by third-party specialists, ensuring alignment with internal technical goals and timelines • Identifies gaps between current modeling capabilities and the questions the business needs answered, and develops plans to close those gaps • Other duties as assigned, consistent with the scope and level of this position

• Prior work with solid-state or lithium-ion battery systems, including degradation mechanisms, rate limitations, or aging behavior • Thermal modeling of battery packs or modules, including safety-relevant scenarios such as thermal runaway propagation • Experience defining scope and reviewing technical deliverables from external simulation contractors • Hands-on familiarity with battery characterization techniques such as electrochemical impedance spectroscopy, rate testing, or ion transport measurements • Ability to present modeling results clearly to mixed technical audiences through written reports or design reviews • Primarily sedentary role; sitting at a computer workstation for the majority of the workday (approximately 6–7 hours per day) • Occasional standing, walking, and movement within an office or laboratory environment • Occasional lifting of items up to 15 lbs (e.g., equipment, laptops, printed materials) • Prolonged periods of focused screen-based work requiring sustained visual attention and concentration • Regular verbal and written communication with internal colleagues and external partners • Occasional access to laboratory areas may be required; standard PPE protocols apply when entering these spaces Salary Range $125,100 — $167,000 USD