Shape the Future of Quantum Computing: Write Your Master's Thesis at SCALINQ

Are you a Master's student in physics, engineering, or a related field with a passion for turning theory into reality? SCALINQ offers a unique opportunity to conduct your thesis work at the cutting edge of quantum technology.

We believe that the most impactful work comes from a combination of academic curiosity and industrial application. That's why we invite talented students to join our team, not just for a project, but for a chance to contribute to the core of our mission.

Why write your thesis with SCALINQ?

• Solve Real Challenges: Work on problems that are critical to making quantum computers scalable and powerful. Your research will have a direct application

• Expert Mentorship: Be guided by our team of experienced scientists and engineers in the field

• Access to State-of-the-Art Technology: Get hands-on experience in a dynamic, high-tech environment

• A Pathway to a Career: A successful thesis project could be a stepping stone to a full-time role with us. We invest in talent for the long term

We are looking for individuals who are:

• Driven by curiosity and a desire to innovate

• Collaborative, proactive, and eager to learn

• Passionate about building the hardware or contributing in closely related areas that will power the quantum revolution

Master Thesis Topic: A full cryogenic and thermal environment simulation tool for superconducting quantum computers

Suitable period: ASAP - 2027

Length: 30 credits (ECTS / hp)

Number of students (min/max): 1/2

Description:

In this project, you will build a simulation tool to simulate the cryogenic environment in a superconductor-based quantum computer set-up. Standard commercial simulators rarely handle species decoupling alongside RF noise propagation natively out of the box, meaning custom solver development is required.

The work will consist of a literature study where suitable simulation tools are selected together with what key parameters to simulate.

• Choosing programming languages, numerical libraries or open-source frameworks to assemble the custom tool

The work also consists of recognizing suitable parameters to simulate and ensure the selected simulation tool is befitting for the corresponding models. The student must investigate the literature to decide which cryogenic mechanisms matter most and map those physical parameters into the simulation framework.

• Such parameters can be conducted and radiated heat, heat generation from electrical losses, special thermal effects at cryogenic environments such as Kapitza resistance and sheet conductivity. The tool should account for Johnson-Nyquist noise created by hot bodies and the distribution of such thermal noise. It should also account for frequency selective attenuation based on for example S-parameters of electrical devices. In addition, de-coupling of different temperatures of different species (electron temperature, phonon temperature, photon temperature) should be taken into account.

• Integrate multiple physics models from above into a single unified framework.

About us: SCALINQ is a prominent player in the growing field of quantum computing. Our core focus is the development of state-of-the-art cryogenic hardware. All our products are classified as enabling hardware and are vital for the overall performance of a quantum computer. This could be your opportunity to play a key role in unlocking the full potential of a new tech era.

The Team: At SCALINQ, diversity and inclusion are at the core of who we are. Our greatest strength lies in the people who shape our company, each contributing their unique skills and perspectives. Together, we blend cutting-edge research expertise with traditional engineering practices to develop innovative and commercially viable solutions. Joining our team means being part of a dynamic environment where every contribution matters.

Join Us: If you think it sounds like fun please, apply by sending your resume and a cover letter. Remember to mark your application with the title of the Master Thesis.