Join Utility Global

At Utility, we’re reimagining what’s possible.

Our breakthrough H2Gen® technology transforms undesirable industrial by-products into clean energy and sustainable fuels and feedstocks, helping hard-to-abate industries decarbonize without compromise. We’re building systems and solutions that will power a zero-carbon future by turning what the world doesn’t want into clean energy it needs most.

But technology alone doesn’t change the world.

People do.

We’re building a team as bold as our mission. Engineers and scientists, designers and operators, storytellers and strategists all united by a shared belief: that the undesirable can become invaluable, and that industrial decarbonization can be both practical and economical.

At Utility, we see possibilities where others see limits. We believe progress happens when diverse minds collaborate toward a cleaner, smarter, more resilient world.

If you’re ready to do the most meaningful work of your career, join us and help build what’s next.

Electrochemical Testing Engineer

The Company

Utility Global is redefining how the world makes and uses energy. Through its breakthrough H₂Gen® technology, Utility transforms industrial off-gases and biogases into clean energy and sustainable fuels and feedstocks, helping industries decarbonize without compromise. The company’s proprietary technology delivers a scalable, economic pathway to a zero-carbon future, positioning Utility as a leader in the industrial decarbonization revolution.

The Role

Utility Global is expanding into numerous industrial sectors and looking for Electrochemical Test Engineer to join our Applied Technology Team in Denver Colorado. As part of our organization, you will work with a highly motivated and driven team to develop and refine our cell technology as well as work on next generation materials and process.

Key Responsibilities:

• Develop improved testing protocols for materials screening and cell performance diagnosis.
• Evaluate and deconvolute cell performance by design-of-experiments and through various electrochemical testing techniques, to understand performance improvement opportunities.
• Design new cell materials and optimize existing cell materials.
• Create lab-scale cell prototypes with novel architectures/designs or with next generation materials for proof-of-concept
• Analyze, interpret, and communicate experimental results with internal team members and external collaborators.
• Assist with IP generation in the areas of cell design, cell materials, and cell operation.

Candidate Profile:

• PhD degree in Materials Science and Engineering, Electrochemistry, Chemistry, Chemical Engineering, Mechanical Engineering, or related field preferred. A Master’s degree with relevant experience is acceptable.
• Strong background in electrochemical engineering and extensive experience with prototyping and testing solid oxide fuel/electrolysis cells, oxygen transport membranes, or similar solid-state electrochemical devices is required.
• Experience with electroanalytical methods such as EIS, CV, current interruption is required.
• Experience working with mass spectrometry or gas chromatography is desirable but not required
• Knowledge of solid state ionics, electroceramics, and thermodynamics is desirable but not required.

Personal/Professional Attributes:

• Strong analytical and problem-solving skills.
• Sound technical judgement with a proven capacity to work independently on multiple parallel projects.
• Deep motivation to implement new technology for efficiency, environmental and economic benefits.
• High level of personal integrity, honesty, and credibility.
• Be self-motivated with excellent communication, collaboration, and interpersonal skills.
• High level of emotional intelligence.
• Ability to function and thrive in a fast-paced technology focused environment with limited supervision.
• Pragmatic approach, results focused.
• Hard working and energetic with a strong sense of urgency.
• Able and willing to travel as the need arises.
• Enjoys hands-on lab work.
• You are results-driven and have the ability to work both independently and in a team environment.