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: PhD preferred in Materials, Chemistry, Chemical Engineering, Polymers, Electrochemistry or Computational Materials.
Responsibilities
• Research next-generation cathode/anode binders, lithium-replenishment additives, PI and solid-state battery materials.
• Conduct molecular design, formulation, synthesis, characterization, electrochemical evaluation and scale-up validation.
• Optimize stability and performance for power, storage and future battery systems.
• Move results to pilot production and customer applications; contribute to patents, grants and R&D platforms.
• 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.
• Translate the stated responsibilities into clear work plans, review interim results against project objectives, and communicate progress, technical risks and next steps to the relevant team. Carry lessons from testing or implementation into the following development cycle.
Requirements
• PhD preferred in Materials, Chemistry, Chemical Engineering, Polymers, Electrochemistry or Computational Materials.
• Research in lithium materials, functional polymers, binders, additives, solid electrolytes or PI.
• Experimental design, analytical characterization and electrochemical testing; publications, patents or industrial projects preferred.
• Candidates should analyze structure–property or process–performance relationships and communicate findings to research, production, quality and application teams.
Highlights & Support: Dedicated PhD program with multi-site R&D exposure from fundamental materials work to process verification and production.