qubitsok.com
Cut Noise. Work Quantum.
Europe, Finland, Espoo
•
Posted 25 days ago
🏢 IQM
•
EUR 2K - 2K per month
Role Type
Role Focus
Seniority
Employer Type
Visa / Relocation Details
This internship position involves working as a Quantum Engineer Intern within the Coherence team, focusing on improving the performance of superconducting qubits. The intern will characterize qubit test devices, analyze experimental data, and report findings to stakeholders. This role contributes directly to developing advanced protocols for identifying and reducing decoherence mechanisms in quantum processors.
Key Responsibilities
Characterize superconducting qubits and related test devices to assess their performance.
Install devices, execute measurements, and perform comprehensive data analysis.
Interpret experimental results, document findings clearly, and report them to relevant stakeholders.
Contribute to the development and enhancement of measurement protocols focused on coherence metrology.
Support R&D projects aimed at improving qubit coherence under the supervision of experienced engineers.
Required Skills
Completed or ongoing MSc studies in experimental physics, electrical engineering, or a related technical field.
Familiarity with basic concepts of quantum physics.
Basic understanding of Python programming and good software development practices, including version control.
Basic understanding of microwave measurement techniques.
Prior hands-on experience with R&D measurement equipment in a laboratory environment.
Ability to communicate clearly in English, both orally and in writing.
Nice-to-have Skills
Basic knowledge of superconducting qubit or microwave resonator physics.
Prior hands-on laboratory experience with cryogenic or microwave measurements.
Technology Tags
The job explicitly involves designing, building, and characterizing superconducting quantum computers and qubits.
The core mission of the Coherence team is to characterize and improve coherence times by identifying decoherence mechanisms.
The intern's responsibilities include running measurements, performing standard characterization, and reporting results.
Experience with cryogenic measurements is highly advantageous, as required for operating superconducting hardware.
Basic understanding of microwave measurement techniques is a required skill for this experimental role.
Basic understanding of Python programming is required for data analysis and good software development practices.
The work involves superconducting qubits and microwave resonators, defining the Circuit Quantum Electrodynamics architecture.
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