Senior Research Engineer for Adsorption (80-100%)

Ready to join a team of visionaries who is dedicated to solving one of humankind’s greatest challenges?

Get to know Climeworks

Climeworks removes CO₂ from the air to fight global warming and protect future generations to come.

We develop, build and operate direct air capture (DAC) machines which capture CO₂ directly from the air. The captured carbon dioxide can either be recycled and reused as a raw material or completely removed from the air by safely storing it underground, permanently.

Founded by engineers, Christoph Gebald and Jan Wurzbacher, Climeworks was built with a mission to inspire 1 billion people to remove CO₂ from the air, and is now the leader in carbon removal technology.

A true climate pioneer, Climeworks is featured as a TIME100 Influential Company 2022 and Global Cleantech 100 Company 2022, driving a revolutionary technology engineered to solve the most pressing issue of our time.

We foster a dynamic environment and are building a global purpose driven team. We are looking for disruptive thinkers, passionate achievers and inspiring leaders that are ready to take on the world’s greatest challenge.

Will you join us? 

Your mission

Job description
  • Your mission at Climeworks is to own the development and implementation of novel adsorption process concepts for Climeworks sorbent portfolio, aiming at enhancing overall productivity, efficiency and reliability of current and future DAC plants.
  • You improve Climeworks process modelling capabilities to successfully design and optimize new adsorption/desorption cycles. 
  • You carry out targeted measurement campaigns to validate and increase accuracy of process modelling.
  • You collaborate closely with the Plant Operations team to validate plant performance model and optimize plant operations.
  • You manage collaboration with internal and external partners to further understand the adsorption process and complement Climeworks own R&D activities.
  • You generate new ideas and concept to improve Climeworks IP portfolio.
  • You stay abreast of all new relevant development in the field and provide competitive assessment.

Your story

Requirements
  • You hold a university degree at PhD level in process engineering, chemical engineering, or a related engineering discipline.
  • You bring advanced knowledge in adsorption, thermodynamics or separation processes in general. 
  • You have experience in and enjoy dynamic simulations and numerical modelling. 
  • You are familiar with sorbent characterization method.
  • You have at least 5 years’ work experience in a similar role. Hands-on experience in designing and testing adsorption systems and processes is a big plus.
  • You take ownership, prefer detail-oriented work and thrive working in an interdisciplinary team.
  • You are fluent in English. German is beneficial but not required.


What we offer: A horizontal organization, a great team, an improvement-oriented approach, and a scale-up venture with an innovative technology. Sounds like you? We are looking forward meeting you! Apply now by filling in the online application form and uploading your complete dossier to our careers portal: https://www.climeworks.com/careers.

At Climeworks, you are accepted for who you are.
As part of our ongoing journey towards creating a diverse and inclusive environment - we encourage everyone to apply! All qualified applicants are considered for positions, so bring along your knowledge, personal experiences, and fresh perspectives, and together we can solve one of humankind’s greatest challenges. We look forward to getting to know you!


Disclaimer: The percentage in the job title means that for this vacancy, you can decide if you want to be employed on a full-time or part-time basis, depending on what works best for your needs.


We do not accept candidates from agencies for our positions.

Get to know your team

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At Climeworks, we believe the people make all the difference. Discover other opportunities and learn more about our team, our technology and our culture.