About the opportunity
The Department of Computer Science at the University of Helsinki invites applications for a Postdoctoral Researcher in Quantum Computing Middleware and Applications. This position is part of the UnloQ project, which bridges early-stage quantum technology and industrial use through circuit optimization, evolving error correction techniques, and real-world applications. The quantum software group operates with an empirical research methodology, utilizing locally hosted superconducting quantum computers and national supercomputing resources. The role involves developing techniques, running experiments on 50- to 300-qubit quantum computers, analyzing results, publishing scientific papers, collaborating with industry partners, and supervising MSc and PhD students. The position is fixed-term for two years with a possible 2.5-year extension and includes a 6-month trial period.
Salary and benefits
- Starting monthly salary of approximately 4,000 to 4,400 EUR in accordance with the University salary system (requirement level 5 plus a personal performance component)
- Comprehensive occupational health care services
- Access to campus sports facilities
- Ample opportunities for professional development and language studies
- Transition and relocation support from the International Staff Services office for employees moving from abroad
Who can apply?
- Hold a PhD degree in quantum computing or in computer science with a quantum perspective
- Essential skills to implement quantum programs in QisKit, Qrisp, or other major quantum programming environments
- Strong team-working and communication skills for collaborating with industry partners
- Creativity and agility suited for a fast-moving research area
- Good written and oral communication skills in English
Required documents
- CV with a complete list of publications
- Brief description of research interests (1 page) including a clear statement of motivation to apply
- Copy of a PhD degree certificate
When to apply
- Application deadline is October 21, 2026, at 23:59 Europe/Helsinki time
- Interviews commence immediately during the application period
- Ideal start date is as soon as possible, and at the latest on January 1, 2027
How to apply
- Prepare your application documents, including your CV, research interest statement, and PhD certificate
- Submit your application through the official recruitment system by clicking the Apply Now button (external applicants) or Employee Login button (internal applicants)
Additional information
- For further inquiries regarding the position, contact Professor Jukka K. Nurminen at jukka.k.nurminen@helsinki.fi
- Support with the recruitment system can be obtained at recruitment@helsinki.fi
- Applications must be crafted independently and reflect your own capabilities; AI-generated applications are not accepted
Our Take on This Opportunity
This section reflects Open Opportunities’ own analysis of the opportunity from an applicant’s perspective.
You may be a strong fit if…
- An ideal match for recent PhD graduates in computer science or quantum computing looking to apply empirical methods to real hardware.
- Well-suited for researchers eager to bridge academic theory and industrial applications within an active European computer science department.
- Provides a balanced environment combining hands-on experimentation on superconducting quantum processors with student mentorship and publication opportunities.
What should you think carefully about?
- The position is offered on a fixed-term basis for two years, with a potential extension of 2.5 years, requiring planning for long-term career horizons.
- Relocation to Helsinki, Finland is required for the duration of the project, though institutional support is provided for international hires.
- The role requires active collaboration with external industry partners, balancing software experimentation with communication and supervision duties.
How could this fit your current goals and plans?
This fellowship is structured to accelerate an academic career in quantum software engineering by giving researchers direct access to advanced quantum hardware, supercomputing facilities, and collaborative industrial networks. It serves as an effective stepping stone toward independent academic research or advanced technical leadership roles in the emerging quantum computing sector.
Our take
Candidates with a strong foundation in quantum programming and computer science who are ready to engage in experimental quantum middleware research should strongly consider applying before the October 21, 2026 deadline.
Ready to apply?
Review the opportunity on the official website before applying.
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