Electrolyzer Cell Design Engineer

RenewCO₂ is a well-funded high-growth startup focused on commercializing electrochemical processes to convert CO₂ emissions into carbon-negative materials.

What distinguishes us from other CO2 reduction approaches is our proprietary catalyst, which enables an energy-efficient and selective pathway to existing valuable commodity chemicals.

Our products can directly access existing markets (mono ethylene glycol, for example, a 40Mton / year market), and our economics are projected to be competitive or advantaged versus current fossil-based production.

We will be in the position to offer differentiated carbon-negative products at competitive prices, and thus our potential impact on emissions and society is enormous.

We’re seeking highly motivated team leaders and members who are looking to make a significant positive impact on climate change and are excited to work in a collaborative team setting.

Please read the information in this job post thoroughly to understand exactly what is expected of potential candidates.

As an Electrochemical Cell Design Engineer, your mission will be to bring solutions to the design and manufacturing of components for RenewCO₂'s electrolysis cell, mechanical components & system designs.

The ideal candidate must be able to create and maintain 3D CAD assembly models, individual part models / drawings, and associated bills of materials.

The candidate should be creative, self-motivated, detail-oriented, and able to handle multiple project assignments.

Roles and responsibilities

• Design and build electrochemical cells
• Detailed engineering design and optimization of critical components affecting the electrolysis cell performance and durability
• Tune material, components, and interfaces to fit functional requirements
• Create and maintain top-level assembly models, individual part drawings, and bills of materials
• Conduct design reviews with cross-functional team members
• Down-select concepts and tolerance stack-up analyses
• Coordinate design changes with multidisciplinary engineering teams
• Collaborate with suppliers of stack components
• Performance-driven design of processes and materials to enable low-cost electrolysis
• Work with suppliers to get parts built and tested
• Design and execute experimental plan to optimize performance and durability
• Get hands-on in the lab to build prototypes, develop model correlations, ground assumptions, and refine new technologies

Qualifications

• BS or MS in Mechanical Engineering, Chem Engineering, Materials Engineering, Chemistry, or other science and engineering discipline
• Minimum of 5 years of product development experience with relevant electrochemical cell stacks (ex. Flow batteries, fuel cells, electrolyzers)
• Solid modeling experience (PTC Creo, SolidWorks, Inventor, etc.)
• Working knowledge of ASME 14.5M-2009 Geometric Dimensioning and Tolerancing specifications
• Familiarity with modeling and verification of strain of various materials under compression at projected process conditions
• Familiarity with manufacturing processes including molding, machining, forming, and joining methods
• Ability to interpret and collaboratively discuss the quality and importance of test results

Benefits

• Medical and dental coverage
• Paid sick days and vacation
• Diverse and inclusive work environment

Compensation

Competitive base salary and equity compensation commensurate with experience

As an equal employment opportunity and affirmative action employer, RenewCO₂ is committed to a diverse and inclusive workplace that fosters collaborative scientific discovery and innovation.

In support of this commitment, we encourage minorities, women, veterans, and individuals with disabilities to apply for employment.

RenewCO₂ considers all qualified applicants for employment without regard to age, ancestry, citizenship status, color, disability, gender, gender identity, genetic information, marital status, national origin, pregnancy, race, religion, sexual orientation, veteran status, or any other characteristic protected by law.

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