Electric Hydrogen’s mission is to make molecules to decarbonize our world! Our outstanding people are our most important asset and will allow us to deliver hydrogen from renewable electrolysis for heavy industry, at prices below fossil fuels.
We’re looking for a Senior Cell Test Engineer to develop electrochemical testing protocols to validate the performance and durability of cell technology. You will ensure data-based decision-making by guiding the execution of well-controlled experiments and collaborating across multiple teams to promote a 360-cell design.
You will work onsite at our Devens, MA office reporting to the Manager of Test Engineering.

QUALIFICATIONS

• Bachelor’s degree in a STEM field such as Chemical or Mechanical Engineering, or Materials Science
• 5+ years’ in industrial/R&D testing of electrochemical devices
• 5+ years of experience with electrical, instrumentation and control systems, and power supplies
• Occasionally able to work nights and weekends, in a loud production environment
• Exhibits commitment to a safe, reliable, and efficient work environment
• Experienced with testing water electrolysis cells
• Understand mechanical systems for handling fluids and gasses
• 1 year of Experienced with Python
  

  LI-Onsite

• Design and implement electrochemical test protocols on research-scale cells and product-intent stacks to validate cell technology
• Perform electrochemical and mechanical characterization of cell components to advise optimization of important components affecting the electrolysis cell performance and durability
• Work with the software engineering team to automate data analysis for promoting data-based decision-making
• Document and present experimental test plans and results across multiple teams
• Gain in-depth understanding of electrolysis cell test stations to troubleshoot and resolve issues during test operation
• Lead efforts to track performance using statistical analysis tools to identify cell and test stand variability
• Develop standard operating procedures for implementing electrochemical testing protocols