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Full-Time

Scientist – Anode

Confirmed live in the last 24 hours

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

Mid, Senior

Burlington, MA, USA

Category
Lab & Research
Life Sciences
Requirements
  • Doctorate in chemistry or materials science with 3+ years of industrial/academic experience.
  • Demonstrated passion to be in mobile energy space.
  • An ability to communicate new concepts and draw insight from discussions with coworkers;
  • Expertise and hands-on experience in high purity chemicals and impacts on device performance and manufacturing;
  • Knowledge of common lithium-ion anode and electrolyte systems; including common lithium salt, solvents, and additives, and their role
  • Demonstrable track record of learning new technologies quickly and using your skillset to have a tangible impact in a short time frame;
  • Ability to onboard and integrate existing in-house knowledge with new discoveries and challenges being tackled in developing electrolyte materials for high energy rechargeable lithium metal cells;
  • Ability to identify and execute testing metrics to shorten the cycle of learning;
  • A technical leader with the ability to positively influence peers and bring the team together;
  • Track record of intellectual property creation;
  • Experience in mixture DOE;
  • Has worked with moisture sensitive materials in a glovebox or dry room.
Responsibilities
  • Analysis of Li metal morphology and SEI chemical composition in relationship with its cycling coulombic efficiency, with hands-on experiences on material analysis and electrochemistry techniques for battery research.
  • Develop Li-metal surface protective layer - either ex-situ artificial film or SEI film formed in-situ for long cell cycle life.
  • Electrolyte and electrolyte additives development for improved lithium metal anode cell cycling at low and high temperatures.
  • Develop a mechanistic understanding of Li-metal anode cell performance failure modes.
  • Ability to work independently in experimental design to resolve technical issues.
  • Be able to work in a team environment and provide expertise to the team effort.

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

7%

1 year growth

8%

2 year growth

38%
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Simplify's Take

What believers are saying

  • SES AI's collaboration with Hyundai and Kia to build one of the largest Li-Metal production lines in the world signifies strong growth potential and industry leadership.
  • The company's new facility in South Korea enhances its global manufacturing capabilities, complementing its existing Shanghai Giga factory.
  • SES AI's advancements in battery safety and performance, such as the 50Ah cells passing rigorous third-party abuse tests, position it as a reliable and innovative player in the EV battery market.

What critics are saying

  • The rapid pace of technological advancements in the battery industry could render SES AI's current technologies obsolete if not continuously updated.
  • Dependence on strategic partnerships and joint development agreements means that any disruption in these relationships could significantly impact SES AI's growth and innovation.

What makes SES AI unique

  • SES AI is a global leader in high-performance Li-Metal battery development and manufacturing, setting it apart from competitors focused on traditional lithium-ion technologies.
  • The company's strategic partnerships with major automakers like Hyundai, Kia, and GM for joint development agreements (JDAs) highlight its industry influence and collaborative approach.
  • SES AI's commitment to innovation is evident in its initiatives like the development of a closed-loop recycling process for Li-Metal batteries, a first in the industry.