PhD in Experimental Superconducting Quantum Computing

Job Description

Chalmers University of Technology invites applications for several fully funded PhD positions in experimental superconducting quantum computing, focusing on nano-fabrication, superconducting circuits, qubit design, processor calibration, and quantum algorithms. Conduct research at the Wallenberg Centre for Quantum Technology (WACQT) within a dynamic interdisciplinary environment in Gothenburg, Sweden.

Job Details

About the Program

Chalmers University of Technology, a global leader in quantum technologies, is offering several fully funded PhD positions within the Quantum Computing Group at the Quantum Technology Laboratory (QTL). These positions are part of the prestigious Wallenberg Centre for Quantum Technology (WACQT), whose mission is to build a scalable quantum computer based on superconducting circuits.

With a strong foundation in nanotechnology, superconducting device physics, and advanced cryogenic experimentation, Chalmers provides one of the most established environments in Europe for next-generation quantum technologies.

About the Research

This PhD program focuses on advancing superconducting quantum processors, where nanoscale device fabrication and quantum engineering play central roles. Key research thrusts include:

Nano-Fabrication & Superconducting Devices

• Developing and optimizing advanced nano-fabrication processes for qubit production

• Working with superconducting thin films, Josephson junctions, and resonator structures

• Using state-of-the-art cleanroom tools to build scalable qubit arrays

Quantum Processor Bring-Up & Control

• Automating the calibration and stabilization of multi-qubit systems

• Implementing microwave control pulses and cryogenic signal chains

• Exploring optimal-control methods for high-fidelity qubit operations

Quantum Algorithms & Benchmarking

• Benchmarking processor performance

• Running initial quantum algorithms to test processor behaviour

• Identifying optimization pathways for speed, stability, and fidelity

This is a deeply interdisciplinary role integrating nanotechnology, superconducting physics, quantum information, microwave engineering, and cryogenic experimentation.

Who Succeeds in This Role

This position is ideal for candidates who have:

• A Master’s degree in Physics, Nanotechnology, Electrical Engineering, or Computer Science

• Experience with one or more of the following:

  • Superconducting circuits

  • Quantum optics

  • Microwave engineering

  • Quantum information

  • Nano-fabrication

• Strong motivation to pursue a research career in quantum technology

• A collaborative mindset, strong problem-solving skills, and high attention to detail

• Excellent written and spoken English skills

Benefits & Environment

As a PhD student at Chalmers:

• You are a full-time employee with competitive salary and benefits

• Enjoy Sweden’s exceptional work–life balance and research environment

• Live in the vibrant coastal city of Gothenburg

• Get access to world-class labs, cleanrooms, cryogenic setups, and fabrication facilities

• Work in a highly international team of physicists, engineers & quantum researchers

• Contribute to Europe’s most ambitious quantum computing initiative

Application Instructions

Applicants must upload the following (PDF, max 40 MB each):

• CV (named CV, LastName)

• Personal letter

• Two reference contacts

• Bachelor’s and Master’s theses + transcripts

• Proof of English proficiency (TOEFL, IELTS, or English-written document)

Applications are reviewed continuously until positions are filled.

Apply using the portal on the Chalmers vacancy page.

Reference Links

• WACQT: https://wacqt.se

• Department MC2: https://www.chalmers.se/mc2

• Official Vacancy Page: (Insert application form link)

Disclaimer

This article summarizes a job opportunity originally published by Chalmers University of Technology. For complete details, eligibility, and official updates, always refer to the university’s official job page.