Materials Science Intern
C12 Quantum Electronics
Materials Science Intern
C12 Quantum Electronics
Develops quantum processors for industrial apps
As part of the Carbon NanoTube (CNT) Growth team at C12, you will work on the key component of the quantum processors and search for ways to improve the quality and yield of their production process.
Your job will involve:
Getting familiar with the CVD setup, C12 processes and characterization equipment - e.g. SEM, EDX, AFM, mass spectrometer
Designing an experimental protocol to assess the influence of the Chemical Vapor Deposition (CVD) parameters on the growth of carbon nanotubes - e.g. geometry, density of catalyst nanoparticles, position in the furnace - and on the overall performances of the CVD
Collaborating with the characterization and nanofabrication teams to characterize the catalyst nanoparticles and to determine the properties of the grown carbon nanotubes
You are pursuing a Master’s degree in engineering, physics, chemistry or any related field and are looking for an end-of-studies internship
You love experimental lab work, have a problem-solving attitude - a previous experience in a lab / cleanroom is a plus
You are used to collecting, organizing and analyzing experimental data - programming skills are a plus (e.g. python)
You are result-oriented, organized and rigorous in your documentation
You can fluently communicate in English (verbal and written)
Preferred traits
Experience in materials characterization techniques (e.g. SEM, EDX, AFM)
Experience with small electronics and mechanical parts
Develops quantum processors for industrial apps
C12 Quantum Electronics builds quantum processors and complete quantum computer systems, and supports experiments to explore quantum information processing, giving industrial clients access to intermediate-scale quantum applications. A quantum processor uses qubits to run certain tasks faster than classical computers, with customers loading and executing algorithms through software interfaces and development kits on the company’s hardware; the firm also offers services to accelerate research and prototype quantum applications. They differentiate themselves by targeting industry users with scalable, intermediate-scale devices and hands-on research acceleration, serving as a bridge between academic experiments and real-world deployment rather than relying solely on cloud access. The goal is to help industries adopt quantum solutions by providing practical hardware and ongoing support to develop and run useful quantum applications.
Explore more opportunities at C12 Quantum Electronics