At Greenlyte, we are reshaping the global fuel economy with our novel, IP-protected, direct air capture to fuels technology, which shows superior economic potential compared to existing approaches, even reaching fossil prices. Backed by leading European VCs and with commercial agreement from Lufthansa and MB Energy, we are deploying our first commercial facilities to prove commercial viability in the next 12 months.

Where Ambition Meets Purpose
We are not waiting for change. We are building it together. At Greenlyte, speed and collaboration define how we work. Our culture rewards initiative, learning, and teamwork. If you want to grow fast, take ownership, and shape real impact, this is the place to do it.

As a Working Student in Systems & Design Engineering, you help design and industrialize the electrolysis cells, stacks & BoP for our direct air capture to fuels technology. You work closely with our Systems Engineering, Test Engineering, and Manufacturing teams, turning rough concepts into precise 3D models and drawings that go into production. If you think in three dimensions and want to see your designs become real hardware, you will feel at home here.

• Design electrolysis cell, stack & BoP components and assemblies in 3D CAD, from rough concept to production-ready model.
• Create and refine manufacturing drawings for single cells, stack parts, and assemblies.
• Translate electrochemical requirements, from anode and cathode to full stack, into clear mechanical designs.
• Work closely with Systems Engineering, Test Engineering, and Manufacturing to align designs with process and production needs.
• Coordinate with suppliers on drawings, parts, and manufacturability.
• Find pragmatic and scalable design solutions that cut complexity and cost, and bring them to the team.

Your first 12 months in the role

• Month 1 to 2: Work on manufacturing drawings and learn our internal tools using rough models from the team.
• Month 3 to 5: Take ownership of individual parts and smaller assemblies, with regular design reviews.
• Month 6 to 12: Independently design single cells and assemblies in 3D, from concept to production-ready model.