Analytical Battery Chemist

GM•Warren, MI

16d•Onsite

About The Position

The Analytical Battery Chemist performs hands-on chemical and materials characterization of battery cells, components, raw materials, and unknown samples using advanced analytical instrumentation and laboratory techniques. The role supports battery manufacturing, product development, quality investigations, and advanced electrification programs through routine chemical testing and analytical method development. The successful candidate generates high-quality data, communicates technical findings, and collaborates across engineering, manufacturing, and research teams to address battery-related challenges.

Requirements

Bachelor of Science degree in Chemistry, Physics, Engineering, or a related scientific field.
At least 2 years of practical experience with chemical, electrochemical, and/or battery cell standard testing.

Nice To Haves

Master of Science degree in Chemistry, Engineering, or a related field.
Strong knowledge of battery analysis techniques, such as cell teardowns, lithium plating mapping, porosity analysis, electrode material characterization, and coin cell building and testing.
Proficiency with FTIR, Raman, Ion Chromatography (IC), Gas Chromatography (GC), and Mass Spectrometry (MS) instrumentation.
Familiarity with Li-ion battery benchmarking and safe cell teardown processes.
Working knowledge of ASTM chemical analysis standards.
Understanding of chemical interactions within automotive systems.
DFSS experience (Green or Black Belt).

Responsibilities

Perform hands-on analysis of automotive and battery materials using standard and custom test methods.
Maintain analytical instrumentation and ensure functional readiness through preventive maintenance and diagnostics.
Author comprehensive reports detailing analytical results and findings.
Establish timelines and project plans to meet internal and external customer expectations.
Consult with cross-functional technical teams as a subject matter expert in chemical measurement.
Use data-driven problem-solving to analyze and diagnose issues and recommend solutions based on laboratory test data.
Adapt to changing project scopes and manage ambiguity effectively.
Evaluate and implement emerging analytical methods and technologies to improve characterization capabilities and laboratory efficiency.
Follow General Motors safety practices and laboratory protocols.
Work independently and collaboratively within a team environment.