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Collector Concepts Development: You contribute to the design and development of new CO₂ collector system architectures, translating sorbent and process requirements into practical, manufacturable equipment. You support the creation of innovative concepts and help bring them to life through engineering design. Prototyping & Testing: You take a hands-on role in prototyping and testing collector concepts and subsystems. You design and execute experiments to validate performance, troubleshoot issues, and optimize designs for reliability and scalability. Cross-Functional Collaboration: You work closely with sorbent scientists, process engineers, and mechanical designers to ensure seamless integration of materials and processes into collector systems. You support the scale-up of technologies from lab to pilot and industrial scale. Engineering & Industrialisation Support: You assist in the transition from concept to manufacturable product, contributing to detail design, design-for-manufacture, and compliance. You collaborate with the Industrialisation team to ensure robust implementation of new technologies. Documentation & Continuous Improvement: You document designs, test results, and learnings to support knowledge sharing and accelerate development cycles. You actively contribute to improving engineering processes and practices.
Job Responsibility:
Contribute to the design and development of new CO₂ collector system architectures
Support the creation of innovative concepts and help bring them to life through engineering design
Take a hands-on role in prototyping and testing collector concepts and subsystems
Design and execute experiments to validate performance, troubleshoot issues, and optimize designs for reliability and scalability
Work closely with sorbent scientists, process engineers, and mechanical designers to ensure seamless integration of materials and processes into collector systems
Support the scale-up of technologies from lab to pilot and industrial scale
Assist in the transition from concept to manufacturable product, contributing to detail design, design-for-manufacture, and compliance
Collaborate with the Industrialisation team to ensure robust implementation of new technologies
Document designs, test results, and learnings to support knowledge sharing and accelerate development cycles
Actively contribute to improving engineering processes and practices
Requirements:
Degree in Mechanical Engineering, Chemical Engineering, Process Engineering, or a related field
2–5 years of experience in equipment development, ideally involving thermal systems, vacuum, or steam processes
Experience building and testing lab-scale or pilot-scale hardware
Proficient in CAD software (preferably SolidWorks)
Good understanding of mechanical design, prototyping, and testing
Familiarity with sorbents, adsorption/desorption processes, or thermal separation technologies is a plus
Thrive in multidisciplinary teams and communicate effectively across functions
Proactive mindset and collaborative spirit
Nice to have:
Familiarity with sorbents, adsorption/desorption processes, or thermal separation technologies
What we offer:
25 paid vacation days every year, plus public holidays
Hybrid work setup
Up to 4 weeks of remote work annually within any EU country
Fair base pay paired with an equity package
Inclusive parental leave
Dedicated budget to invest in your professional growth
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