About the role We’re looking for a hands-on Master’s student (m/f/x) to join us on our mission to manufacture truly sustainable, high-performance composite components. The position starts with a three-month internship followed by a six-month thesis. Are you excited to help build a brand-new manufacturing process that enables full recyclability? Do you enjoy working with modern equipment in a young, fast-growing deep-tech company? Do you want your work to contribute directly to solving the climate crisis and redefining what's possible in lightweight manufacturing? Then you will love Holy. What you will do Be part of a motivated engineering team developing, industrializing, and automating the first fully recyclable carbon fiber manufacturing technology. Design, test, and validate individual process steps as well as the entire manufacturing and recycling system. Develop and test automation approaches using our in-house cobots, and work methodically to enhance the internal recycling process. Evaluate the performance of the recycling system and the quality of recycled carbon fiber components within an exciting research project. Collaborate with experienced composite and software engineers to push the boundaries of sustainable lightweight manufacturing. Work with state-of-the-art equipment in our in-house workshop and stay curious by exploring new technologies and research topics with your team. Write your thesis on full recyclability of composites and explore the possibility of joining us full-time afterward. What we are looking for You enjoy collaborating with others to develop new technologies and tackle challenging problems. You work autonomously and have a strong urge to create with your own hands. You think holistically, but also like to zoom in and solve specific technical problems. You are available full-time for 3 months of internship followed by a 6-month thesis You’re fascinated by next-generation composite solutions and innovative materials. You have experience working with composites and enjoy combining hands-on work with research-driven development. You’re curious about robots and excited by the potential of automated manufacturing and recycling. You like exploring new approaches and thrive in an agile, fast-moving environment. You do not tick all the boxes? We are looking for driven candidates who most importantly add to our culture, and don’t just blend in. Feel free to submit an Unsolicited Application if you believe you are a fit. What we care about Honesty : Being authentic and honest creates trust toward colleagues, customers, and business partners. Optimism : Positivity is the fuel for all good decisions. Smile and spread positivity in the workplace. Do not take yourself too seriously and treat others with respect. Focus : Always separate unimportant from important. Focus on the impactful actions that lead to impactful results. Courage : Courage is the source of any big success. Stand up for your ideas, no matter how bold. Sustainability : Do it nice or do it twice. Consider the future consequences of your actions holistically. We win and fail together : Fail early, fail often, fail forward. Failure is where the lessons are. We overcome challenges as a team. What we offer Impact : Work on a meaningful solution in the fight against climate change with us. Growth : Learn from experienced colleagues, grow your knowledge, and expand your skills within your field or by entering new ones. Ownership : Take ownership and meaningfully shape an early-stage company. Competitive compensation : We believe in rewarding good work. Pick your poison : Use the technical equipment of your choice including a meaningful home office set-up. Fun place to wor k: Enjoying work is crucial for us. About us Holy Technologies pioneers autonomous composite manufacturing to help manufacturers build radically better lightweight components. We are a European contract manufacturer specialized in ultralight load-bearing composite parts for automotive, aerospace, robotics and industrial manufacturing. Our proprietary Infinite Fiber Placement (IFP) technology enables cost-competitive production at mid-to-high volumes, delivering aramid and carbon fiber components that are fast to produce, scalable, and fully recyclable. IFP places continuous dry fibers along load-optimized trajectories calculated by proprietary software. This process delivers parts at minimum weight with enhanced mechanical performance. From prototypes to series production, we help teams move from CAD to finished parts in weeks instead of months, allowing our customers to innovate faster and stay ahead of competition.