Quantum Error Correction Experiment Engineer
Confirmed on the employer's own hiring board on Oct 31, 2026. First seen by Alion on Mar 13, 2026. IQM Quantum Computers scores B on the Alion truth index.
IQM is a global leader in superconducting quantum computing. We design and build full-stack quantum computers and provide both on-premises systems and cloud access to our technology worldwide. Our customers include leading high-performance computing centers, research institutions, universities, and enterprises who rely on IQM’s integrated hardware and software solutions. Today, IQM has over 300 employees across offices in Finland, Germany, France, Spain, Poland, South Korea, Japan, Singapore, Taiwan, and the US.
At IQM, we are pioneering the next generation of quantum computers. Our experimental and theoretical teams work hand-in-hand, allowing us to extract maximum value from our unique, large-scale quantum hardware.
As we continue to grow, we are looking for a Quantum Error Correction Experimentation Engineer to join our QEC team. In this role, you will contribute to the implementation, execution, and analysis of quantum error correction (QEC) experiments on superconducting quantum processors.
Your work will help demonstrate and improve QEC capabilities on real hardware and directly support IQM’s roadmap toward scalable, fault-tolerant quantum computing.
This role combines experimental quantum computing, error modelling, and software development, offering the opportunity to work at the intersection of quantum hardware and software while contributing to key technical decisions that shape the future of our quantum computers.
What will you be doing?
Implement, execute, analyse, and report results of quantum error correction benchmark and demonstration experiments on superconducting quantum processors
Develop features for the Quantum Computer Control Software stack in collaboration with quantum physicists and software engineers
Contribute to the development and evaluation of QEC protocols and decoding approaches for near-term quantum processors
Model and analyse error processes in quantum circuits and hardware experiments
Identify technology stack requirements for QEC experimentation and propose improvements to tools and workflows
Collaborate closely with experimental, theoretical, and software teams to support IQM’s fault-tolerant quantum computing roadmap
Participate in regular team discussions to coordinate experiments, analyse results, and drive progress in QEC development
What skills do you need?
Experience calibrating qubits and QPUs (superconducting preferred), beyond running gate-level workloads on cloud quantum computers
Experience with quantum error correction experiments and data analysis, with familiarity with QEC literature
Software engineering experience in Python, including environment management, testing, documentation, and version control
Understanding of quantum information and QEC theory, including decoding algorithms and lattice-surgery-based approaches
Experience with tools for modelling errors in quantum circuits or physical quantum hardware
Familiarity with digital and analog features of quantum computer control hardware
Experience working with large-scale quantum processor experiments or similarly complex experimental systems
Required skills
Strong verbal and written communication skills in English
Ability to make work reproducible and usable for others through well-structured code and documentation
Ability and willingness to collaborate in a diverse, multidisciplinary team of physicists, engineers, and software developers
Education / Experience
PhD in a relevant discipline is considered a strong plus
Experience in experimental quantum computing research or development is highly beneficial
What can I expect from IQM?
An opportunity to work with a passionate and diverse team on an important mission
A unique opportunity to make a real impact on the future of quantum
Growth and progress in a creative and open start-up environment
Meet our people and hear more about IQM by visiting our Youtube channel here >>
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