Battery Electrolyte Engineer

Ford Ford · Auto · Dearborn, MI +1 · Research and Advance Engineering

Seeking an engineer to research and develop battery materials, specifically electrolyte blends, for improved cell performance and durability. Responsibilities include material synthesis, characterization, cell fabrication, and testing, with a focus on understanding electrolyte ingredient contributions. Requires experience in Li-ion batteries and liquid electrolyte analysis.

What you'd actually do

  1. Contribute to a team highly engaged in all aspects of battery materials research from material synthesis, characterization, fabrication of coin and pouch cells, and testing for electrochemical performance.
  2. Contribute knowledge of battery electrolytes to design of battery cells and cell formation processes, and to analysis of cycling and aging processes.
  3. Apply advanced characterization to battery materials, particularly electrolyte.
  4. Deliver results in the form of presentations, papers, and inventions.

Skills

Required

  • Bachelors/Masters in materials science, materials engineering, chemical engineering, chemistry, or related fields
  • 3 years of experience in Li-ion batteries
  • Experimental skills in processing active material
  • Cell testing
  • Advanced material characterization methods
  • Battery liquid electrolyte experience
  • Blending custom formulations
  • High voltage cathode applications
  • Liquid electrolyte analysis (NMR, GC, LC, IC, MS, FTIR)

Nice to have

  • PhD in battery materials science, engineering, chemistry or related fields
  • Experience with testing and characterizing Na-ion batteries
  • Wide range of material analysis experience (porosimetry, ICP, XRD, SEM, TEM)
  • Teardown and post-mortem analysis of materials
  • Track record of written and/or oral presentations of research findings

What the JD emphasized

  • 3 years of experience in Li-ion batteries with experimental skills in processing active material, performing cell testing and advanced material characterization methods.
  • Battery liquid electrolyte experience should include blending custom formulations including high voltage cathode applications.
  • Liquid electrolyte analysis including NMR, GC, LC, IC, MS, FTIR, and other techniques as applicable.