VTT is now looking for a Research Scientist to join its Quantum Algorithms and Software team
As a scientist at VTT, you can make an impact on our customers and society. VTT researchers work closely together with industry, often in interdisciplinary research groups. VTT has excellent research infrastructure and internal services to support your research work.
With a strong background in quantum computing, you will have an essential role in developing and carrying out research on quantum error correction. You are expected to identify and solve problems independently and creatively, while working closely and flexibly with a team of experts.
Your focus will be on the development of error correction codes, on designing and integrating quantum error correction experiments to be executed on VTT quantum computers.
The team develops quantum algorithms and operates VTT superconducting qubit quantum computers. Currently, VTT hosts two devices with 5 and 53 qubits, and has signed a joint development project with IQM which will deliver a 150-qubit superconducting quantum computer in mid-2026 and a 300-qubit one in late 2027. We are active in the development of quantum algorithms for real-world problems, quantum error mitigation techniques, benchmark protocols for current quantum computers, and quantum software infrastructure.
How to apply
Please send your CV and application via the recruitment system as soon as possible but at the latest by January 18th 2026. A security clearance procedure is conducted during the recruitment process.
Interested and want to hear more?
For further information, please contact Research Team Leader Francesco Cosco (email in application link).
We look forward to hearing from you!
Apply between 22 December 2025 and 18 January 2026 23:59 (Europe/Helsinki)
Research Scientist, Quantum Algorithms and Software
VTT is now looking for a Research Scientist to join its Quantum Algorithms and Software team
As a scientist at VTT, you can make an impact on our customers and society. VTT researchers work closely together with industry, often in interdisciplinary research groups. VTT has excellent research infrastructure and internal services to support your research work.
With a strong background in quantum computing, you will have an essential role in developing and carrying out research on quantum error correction. You are expected to identify and solve problems independently and creatively, while working closely and flexibly with a team of experts.
Your focus will be on the development of error correction codes, on designing and integrating quantum error correction experiments to be executed on VTT quantum computers.
The team develops quantum algorithms and operates VTT superconducting qubit quantum computers. Currently, VTT hosts two devices with 5 and 53 qubits, and has signed a joint development project with IQM which will deliver a 150-qubit superconducting quantum computer in mid-2026 and a 300-qubit one in late 2027. We are active in the development of quantum algorithms for real-world problems, quantum error mitigation techniques, benchmark protocols for current quantum computers, and quantum software infrastructure.
