Join a team working to solve one of the world's biggest challenges—removing carbon from the air. Here, you help create new Direct Air Capture technology and make a real difference for the planet. You work with experts, use your skills, and help build a cleaner future.

• Develop the next generation of Direct Air Capture technology by modeling, validating, and optimizing the carbon capture process.
• Perform CFD analysis to predict and improve air flow across systems, from small filter structures to large plant architecture.
• Work closely with mechanical design teams to help create new structures, vessels, and plant layouts, providing important data like pressure and velocity conditions.
• Drive improvements for CFD models and develop new simulation techniques with external partners.
• Plan, carry out, and evaluate validation measurements, working with Testing teams to make sure models are strong and accurate.
• Share results and findings clearly with your team and present them in technical reviews.

• At least 5 years of experience in Computational Fluid Dynamics as a process, mechanical, or aerospace engineer.
• Strong background in thermodynamics, porous media, airflow, or thermal energy modeling.
• Experience running CFD simulations and understanding fluid mechanics and complex gas phase systems.
• Skilled in Ansys Fluent/CFX and geometry meshing tools like Workbench, Fluent Mesher, Discovery, or Space Claim.
• Proactive, innovative, and able to work well with others across different teams.
• Ready to take on challenges and try new ideas.
• English language skills are required; no other languages needed.

• 25 paid vacation days each year, plus public holidays.
• Hybrid work setup and up to 4 weeks of remote work per year within any EU country.
• Fair base pay and an equity package.
• Inclusive parental leave for families.
• Dedicated budget for your professional learning and growth.
• Bonuses for referring new team members.
• Salary depends on your skills, experience, and the value you bring.
• Based in Opfikon, Zurich; work onsite at least three days per week.