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The University of Copenhagen, at the Niels Bohr Institute, invites applications for a PhD fellowship in superconducting quantum engineering within the Novo Nordisk Foundation Quantum Computing Program (NQCP). The program focuses on developing fault-tolerant quantum computing hardware and algorithms for applications in life sciences.
Application Deadline: March 19, 2026
Employment Start: June 1, 2026 (or as soon as possible thereafter)
Working Hours: Full-time
Project Overview
The PhD project is experimental, focused on superconducting quantum circuits and their integration into hybrid quantum systems. Key research areas include:
- Scalable Superconducting Qubit Systems: Designing architectures for high-performance qubits to enable fault-tolerant quantum computing.
- Hybrid Quantum Systems: Integrating superconducting circuits with mechanical membranes and magnetic crystals for long-lived quantum memories and nonreciprocal devices.
- Broadband Quantum-Limited Amplifiers: Developing high-dynamic-range Josephson parametric amplifiers for quantum-limited microwave detection.
The candidate will focus on novel packaging solutions to maximize performance, including:
- Scalable 3D-integrated I/O interfaces
- Co-integration of magnetic crystals with superconducting circuits
- Flip-chip architectures for electromechanical quantum devices
Research will be carried out within the Superconducting Quantum Optics (SQUOP) Lab under Assistant Professor Shingo Kono, with advisory support from Associate Professor Morten Kjaergaard. The candidate will collaborate with NQCP teams in simulation, fabrication, and characterization.
PhD Program Options
Option A – Regular PhD Programme:
- For candidates with a degree equivalent to a Danish master’s degree (MSc)
- Duration: 3 years full-time
Option B – Integrated MSc + PhD Programme:
- For candidates with a degree equivalent to a Danish bachelor’s degree (BSc)
- Duration: Up to 5 years, includes MSc education and transition to PhD
- Early grant payments via state education portions (“SU-klip”) plus work compensation
Both options require enrolment at the PhD School at the Faculty of Science, University of Copenhagen.
Key Responsibilities
- Conduct independent research under supervision
- Complete PhD courses (~30 ECTS)
- Participate in research stays at other institutions (preferably abroad)
- Teach and disseminate research findings
- Publish scientific papers in high-impact journals
- Write and defend a PhD thesis based on project outcomes
- Complete MSc education if enrolled in the integrated programme
Required Qualifications
- Background in superconducting quantum circuits, hybrid quantum systems, quantum optics, or quantum information science
- Relevant experimental experience in microwave engineering, cryogenic experiments, quantum control, and nanofabrication
- Strong interest in quantum physics and information science
- Curiosity, motivation, and ability to work independently
- Good written and oral communication skills
Employment Terms
- Full-time employment
- Conditional on successful enrolment as a PhD student
- Payment according to Danish Ministry of Finance and AC agreement (Protocol on Job Structure)
- Security clearance required
Application Requirements
Applications must be in English and include:
- Motivation letter (max 2 pages): Past research, experience, interests, and career plans
- Curriculum vitae: Education, work experience, skills, publications, languages
- Diplomas and transcripts (original language + authorized English translation if needed)
- Publication list (if available)
- Reference letters (if available)
Applications must be submitted electronically via the University of Copenhagen recruitment portal. Late or incomplete applications will not be considered.
Assessment and Selection
- Shortlisted applicants will undergo academic assessment by an unbiased expert assessor
- Applicants can comment on the assessment
- Selection based on technical qualifications, research experience, and suitability for the project
Working Environment
- Join the SQUOP Lab, part of NQCP at the Niels Bohr Institute
- Collaborate with international teams in simulation, fabrication, and characterization
- Access to state-of-the-art superconducting quantum technologies
- Participate in a vibrant research and social environment with ~33 PhD students at NQCP
Contact
Academic Contact:
- Assistant Professor Shingo Kono
- Email: [email protected]
This fellowship offers a unique opportunity to advance experimental quantum engineering, bridging fundamental physics, cutting-edge technology, and applications in quantum computing.
Apply now at: https://employment.ku.dk/phd?show=157188
