Senior Scientist, Electrolyte

At SES AI, base pay is one part of our total compensation package and is determined within a range. The base pay range for this role is between $120,000 and $160,000. SES AI considers several factors when extending an offer, including but not limited to, the role, function and associated responsibilities, a candidate’s work experience, location, education/training, and skills.

What We Offer

• Company paid Health and Dental insurance (ability to add dependents)
• Global travel insurance for employees traveling while on business
• Company sponsored retirement plan with 100% vesting and up to 5% match.
• Life and AD&D Insurance
• Employee Assistance Program 
• Six Paid Holidays, and one floating holiday per a quarter equivalent to 4 per calendar year
• 10 accrued vacation days per calendar year that increases with tenure.
• Bonus + Equity, based on position and eligibility requirements

Note: SES AI benefit, compensation, and employee stock programs are subject to eligibility requirements and other terms of the applicable plan or program. 

About SES AI:
SES AI Corp. (NYSE: SES) is powering the future of global electric transportation on land and in the air with the world’s most advanced Li-Metal batteries. SES AI is the first battery company in the world to accelerate its pace of innovation by utilizing superintelligent AI across the spectrum of its business, from research and development; materials sourcing; cell design; engineering and manufacturing; to battery health and safety monitoring. Founded in 2012, SES AI is an Li-Metal battery developer and manufacturer headquartered in Boston and with operations in Singapore, Shanghai, and Seoul.

Learn more at SES.AI

Position Scope

SES has an immediate opening position for a Senior Scientist, Electrolyte, who is passionate about mobile energy storage, to create innovative electrolyte materials and systems to enable safe, long cycle life operation of rechargeable, high energy density lithium metal batteries. The Electrolyte Scientist is expected to design, develop, evaluate, and optimize electrolyte materials and formulations meeting performance targets, as well as understanding interactions between electrolyte materials and other cell components during battery cycling and battery storage. The successful candidate is committed and dedicated, responsible, focused, detail-oriented, able to adjust in a fast-paced working environment, collaborate well with other staff members with a shared vision, and demonstrate excellent organizational communication skills.

The position will report to Director, Electrolytes and is based in Woburn, MA

Responsibilities

• Design and develop electrolyte formulations compatible with Lithium Metal and high voltage (i.e LCO) and high nickel content NMC cathode cell chemistries to achieve a long cycle life safely.
• Design electrolyte systems demonstrating improvements in safety performance, including dimensional stability during battery cycling and storage.
• Demonstrate the ability to use fundamental physical chemistry concepts and experimental techniques to provide promising electrolyte formulation strategies.
• Ability to independently plan, execute, manage and communicate progress on projects.
• Provide technical assessment on existing electrolyte systems, additives, lithium salts in high energy, high-capacity rechargeable lithium metal cells.
• Fully characterize coin and pouch cell performance using new materials and formulations utilizing electrochemical testing and analytical techniques to understand reaction mechanisms, failure modes, and potential benefits.
• Teardown analysis of lithium metal cells to increase understanding of failure modes and characterization of cell components to investigate reaction mechanisms in particular chemistries.
• Support product development as required for the prototype-manufacturing team.

Specific skills/ Experiences

• 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 electrolyte systems; including common lithium salt, solvents, and additives, and their role.
• Expertise in ionic liquids.
• Demonstrable track record of learning new technologies quickly and using your skillset to have a tangible impact in a short time frame.
• Hands-on experience wi