Quantum Computing Summer Internship at NQCP

Diversity and inclusion

The University of Copenhagen is committed to creating an inclusive and diverse working and learning environment. At NQCP, we see diversity as a strength that enhances scientific quality and innovation.

We therefore particularly encourage applications from underrepresented groups, with a special focus on women and applicants from outside the EU, who are interested in gaining international research experience within quantum science.

About us

NQCP drives research and innovation across the full quantum stack: from scalable quantum processor technologies and advanced quantum–classical control and readout systems, to quantum algorithms and real-world applications.

The programme works closely with Quantum Foundry, a company established to enable QPU chip fabrication, assembly, and packaging technologies. Our mission is to develop fault-tolerant quantum computing hardware and quantum algorithms that address life-science-relevant chemical and biological challenges.

Read more about NQCP and our research groups at: Novo Nordisk Foundation Quantum Computing Programme – University of Copenhagen

Projects

As an intern at NQCP, you will join one of five research and development teams working across the quantum computing stack. The projects offer hands-on experience with state-of-the-art experimental platforms, advanced instrumentation, and data analysis, as well as close collaboration with researchers in an international research environment.

We will offer one project area per student. Below is an overview of the project areas currently available.

Semiconductor Qubit team:
The students will explore tuning and readout methods of gate-defined semiconductor quantum dots. The student will be guided in developing measurement and analysis code for interfacing to the quantum device that is cooled in a dilution refrigerator.  Semiconductor spin (Semi) – University of Copenhagen

Superconducting Qubits (SQuID Lab):
The students will explore superconducting circuits to build superconducting qubits. The work will include understanding “traditional” superconducting qubit readout via dispersive coupling and then work to understand and develop state-of-the-art fast readout techniques. Superconducting qubit (SC) – University of Copenhagen

Neutral Atoms team:
The students will build optical systems and perform spectroscopic characterization of neutral atoms. The student will work with a researcher to gain experience with stabilization and control of laser systems from a mechanical viewpoint as well as by using electronical feedback. Neutral Atoms (NA) – University of Copenhagen

Electrical Characterization team:
In the electrical characterization team we study the relationship between qubit properties and electrical properties of qubit subcomponents. Finding correlations enables crucial fast feedback on qubit development. The student will be involved in the daily work with one of these subcomponents, either with our room temperature auto prober or using our fast mK ADR cryostat. Electronic Characterization – University of Copenhagen

Education & Workforce Development:
In the NQCP Education and Workforce Development team (NQCP E&W) we aim to make quantum technologies and in particular quantum computing accessible to a broader group of students. As our main activity we are developing a Quantum Training Lab where studnets can get hands-on experience with quantum computing on research level equipment, but we are also developing new numerical and conceptual approaches to quantum computing. As intern in the NQCP E&W team you will contribute to one of our educational developments. The precise project will of course depend on your personal preferences and skillset. In your application, please, indicate what motivates you in particular when it comes to quantum education. Education & Workforce Development – University of Copenhagen

Further information about the internship

It is a prerequisite for receiving a scholarship that you are enrolled as a full-time student at a university.
As a bachelor’s student, you may apply for leave of absence from your studies while undertaking the scholarship. As a master’s student, however, you cannot take leave from your studies on the grounds of a scholarship, and you must therefore remain an active student while receiving the scholarship.

Application

Please send your application, including CV, transcript of records, and documentation of enrollment to NQCP-internship@nbi.ku.dk no later than 15^th of March 2026.

Your application must clearly state which projects you prefer and ideally rank them in order of priority.

Terms of the Internship

The internship does not constitute employment at the University of Copenhagen.
The scholarship amounts to DKK 15.000 per month.

Appointment will be subject to receipt of a security clearance.

Processing of personal data

The submitted information will be processed for the purpose of assessing which applicants are to be invited for an interview and to ensure that applicants meet the formal requirements for the award of a scholarship. Your personal data will be processed pursuant to Article 6(1)(b) of the General Data Protection Regulation, which entitles the University to process applicant information when it is necessary prior to entering into a contract.

Applications and attachments are stored for as long as the vacancy announcement is active. Thereafter, the submitted information will be deleted unless an agreement on awarding a scholarship is entered into, or unless an agreement is made to retain the submitted information for a longer period.
If an agreement on awarding a scholarship is made, the submitted information will be registered in the University of Copenhagen’s records system, Workzone, and your information will be stored as necessary in the University’s systems. The information will be archived in accordance with the Danish Archives Act once you are no longer affiliated with the University of Copenhagen as a internship holder.

You are encouraged to read more about the University of Copenhagen’s privacy policy at: Information Security – University of Copenhagen

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