Student Assistant - Instrumentation Support

Working Student (m/f/d) at a Revolutionary Quantum Computing Startup 

Technical support for the UHV laboratory 

Want to shape the future of technology? Join Quantum Brilliance, a German-Australian startup that's revolutionizing the world with mobile quantum computers! Our mission? To create a mini quantum computer that will completely change how we perceive and utilize quantum computing. 

What we do: 
In Freiburg, we're working on the heart of our quantum computer – a diamond-based quantum chip. With atomic precision, we create defects in the diamond to make the next generation of computers a reality. You will work alongside our tech team, which is responsible for the design, procurement and installation of new equipment, maintaining the operation of existing instruments and implementing safety protocols. 

Your tasks 

• Possible tasks include but are not limited to: CAD design of (UHV) components, installation of UHV components and instruments, maintenance of the equipment as well as support in procuring new equipment and creation of training material and manuals.  

• We will tailor your tasks to match your skills and interests – this is your chance to gain experience and add your own ideas! 

What you should bring 

• You're a student (university) in physics, mechanical engineering, chemistry, materials science, or other technical or engineering courses 

• You have experience in CAD design software such as Autodesk Fusion 360 or others 

• Be proficient in the English language 

What we offer 

• Exciting work at the intersection of research and application, with diverse tasks in a dynamic, team-oriented environment. 

• Flexible working hours that fit your study schedule. 

• Space for your ideas – be creative and make a real difference with us! 

The position is limited to one year, with the option to extend. We offer a minimum of 14€/hour with a maximum of 80 working hours per month. 

Interested? 
Click apply to upload your resume and be part of our mission to make quantum computing accessible to everyone! 

Any questions you may direct to Maximilian Bauernfeind: [email protected]