Battery Material Engineer (m/w/d) at ENGCMBlu Energy AG
AIU, Bayern, Germany -
Full Time


Start Date

Immediate

Expiry Date

26 Jun, 25

Salary

0.0

Posted On

26 Mar, 25

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

No

Skills

Good communication skills

Industry

Information Technology/IT

Description

WE PIONEERED THE ORGANIC SOLIDFLOW BATTERY

CMBlu Energy is on an exciting journey towards becoming a global cleantech company. Our mission is to enable unlimited energy storage modelled on nature - for everyone, worldwide.
What are SolidFlow batteries?
SolidFlow batteries store energy in organic molecules. The absence of explosive materials makes them safe, the use of socially and ecologically conflict-free raw materials makes them sustainable and the almost unlimited availability of materials makes them scalable and cheap to procure. This makes our patented SolidFlow technology a game changer in the development of a global climate-neutral energy system.
From start-up to scale-up: we’re tackling it together
CMBlu Energy is developing from a start-up focussing on research into a manufacturing scale-up that is on its way to series production. Around 240 employees are working towards this goal at CMBlu Energy. Our head office is in Alzenau near Frankfurt, with a branch office in Obernburg. There are also subsidiaries in Athens, Greece and Petaluma, USA.
Would you like to be part of CMBlu Energy? Read on to find out about your future responsibilities!

YOUR MISSION

Do you want to drive sustainable technologies for energy storage? With us, you’ll develop cutting-edge solutions for battery systems. As a Battery Material Engineer (m/f/d) you will work on new storage materials and transfer them into a solid-flow battery. We are looking for chemists or engineers with experience in the battery industry.

Responsibilities
  • Planning, execution, and evaluation of experiments for the development solid energy storage materials
  • Selection and optimization of shuttles for depot materials
  • Development of screening plans and test strategies
  • Translating battery properties into requirements for materials
  • Communication, presentation, and report writing of results
  • Research and review of scientific literature
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