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Full-Time

Senior Scientist

Material Characterization and Mechanistic Understanding

Posted on 4/18/2024

SES AI

SES AI

51-200 employees

Pioneers Li-Metal batteries for electric transportation

Automotive & Transportation
Hardware
Industrial & Manufacturing
Energy
Social Impact
AI & Machine Learning
Aerospace
Biotechnology

Senior, Expert

Burlington, MA, USA

Category
Lab & Research
Physical Sciences
Requirements
  • Doctorate in chemistry, chemical engineering, materials science, or related fields with 5+ years of industrial/academic experience
  • Expertise and experience in operating and maintaining analytical instruments including but not limited to GC, FTIR, UV-Vis, DSC, TGA, SEM, XPS, Raman, and NMR
  • Experience working with moisture sensitive materials in a glovebox or dry room
  • Experience in electrochemistry, specifically on lithium-ion batteries
Responsibilities
  • Lead materials characterization and validation activities
  • Procure analytical equipment as and when needed with a keen focus on enhancing characterization capabilities and developing new characterization methods
  • Analysis of chemical, physical, and thermal properties of all battery materials and understand their interactions with each other, develop comprehensive strategies to understand failure mode understanding
  • Drive research to uncover root causes for battery failure and develop mitigation strategies
  • Performs critical interpretation of analytical data; analyzes information to drive mechanistic understanding
  • Develop a fundamental mechanistic understanding of Li-metal anode cell performance failure modes

SES AI Corp is pioneering Li-Metal batteries for electric transportation, offering ultra-high energy density and lightweight design. The company utilizes advanced AI algorithms for battery health monitoring and has operations in Boston, Shanghai, and Seoul.

Company Stage

IPO

Total Funding

$500.1M

Headquarters

Woburn, Massachusetts

Founded

2012

Growth & Insights
Headcount

6 month growth

6%

1 year growth

11%

2 year growth

44%
INACTIVE