MEA Area (Membrane Electrode Assembly)

At Kerionics, we are on a mission to build a cleaner future through technological innovation.

We develop, manufacture and commercialize key components for high-temperature electrolyzers, focusing on SOEL (Solid Oxide Electrolysis), the most efficient technology for green hydrogen production.

We are a spin-off of the Institute of Chemical Technology (ITQ) at the Polytechnic University of Valencia (UPV) and the Spanish National Research Council (CSIC), born from more than a decade of research in advanced ceramic materials with one clear goal: help decarbonize industries.

Our innovative technology offers higher energy efficiency than existing solutions, making it ideal for industrial integration. We work with energy-intensive process industries where fossil fuel replacement is still a big challenge, helping to cut emissions while also reducing hydrogen and oxygen production costs.

But beyond technology, our people are our strength. We're a growing multicultural team of 25+ people, united by collaboration, curiosity and purpose. At Kerionics, we believe in an open, honest and innovative culture where every idea can make an impact.

Here, you'll find a place where technology meets purpose, and where together we're creating solutions that work for the planet.

As a MEA Intern at Kerionics, you will support the team in the development, fabrication, and characterization of Membrane Electrode Assemblies for high-efficiency fuel cells and electrolyzers. You will collaborate in laboratory experiments, prepare materials, perform measurements, and contribute to the continuous improvement of processes. This role will give you the opportunity to work with critical technologies that play a key part in the transition toward sustainable energy systems.

• A valid student visa that permits residency and internship work in Spain is required.
• Basic knowledge of Chemical Engineering, Materials Science, Energy Engineering, or a related field.
• Interest in hydrogen technologies, MEA, electrochemistry, or renewable energy.
• Basic knowledge of material characterization or chemical processes.
• Ability to follow experimental protocols and document results.
• Proactivity, scientific mindset, curiosity, and a strong orientation toward learning.