Job Details

About the Company: A battery materials company seeking expertise in the technical and application areas described in this position. The role offers a focused setting for translating specialist knowledge into research, engineering or organizational outcomes.

Target Candidates: Master’s or PhD in Electrochemistry, Materials Chemistry, Polymers, Energy Materials or Computational Chemistry.

Responsibilities

•  Develop solid-state materials, electrolytes, additives and interphase materials for energy density, safety, cycle life and charging.

•  Investigate electrode/electrolyte interfaces and optimize SEI/CEI structure, ion transport and rate capability.

•  Design electrolyte formulations, screen additives and validate materials electrochemically for industrial products.

•  Apply materials informatics or machine learning to formulation prediction and coordinate pilot/customer introduction.

•  The position links formulation or process research with characterization, scale-up and application requirements. The project should be advanced using reproducible experiments, measurable material performance and clear records of processing conditions.

Requirements

•  Master’s or PhD in Electrochemistry, Materials Chemistry, Polymers, Energy Materials or Computational Chemistry.

•  Solid-state cells, electrolytes, interphases, failure mechanisms and electrochemical tests.

•  CV, EIS, cycling, XPS, SEM, TEM, NMR or GC-MS; AI materials design or high-throughput experience preferred.

•  Candidates should analyze structure–property or process–performance relationships and communicate findings to research, production, quality and application teams.

Highlights & Support: Frontier R&D in solid-state batteries and premium electrolyte additives with industrialization potential.