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Quantum Computing

Master

Why choose Quantum Computing?

Quantum computing represents the next great leap in technology — a field that promises to transform how we process information, model complex systems, and understand the world around us. With an MSc in Quantum Computing from SDU, you can become part of this quantum revolution.

Our strong research environment and close collaborations with leading international quantum hardware companies position SDU at the forefront of the field.

The Master’s programme in Quantum Computing at SDU is unique in its strong emphasis on the software side of quantum technology. You will not only explore the fundamental theory but also gain hands-on experience programming real quantum computers through cloud-based platforms. With an MSc in Quantum Computing from SDU, you will be among the pioneers of a new generation of quantum programmers.

Choose Quantum Computing if you…

  • are curious, creative, and analytical.
  • enjoy interdisciplinary problem solving that combines physics, mathematics, and computer science.
  • wish to use your scientific skills and cutting-edge technology to benefit society.
  • aim for an international career with great opportunities for research – whether in academia or the quantum technology industry.

Course highlights

You will learn both the theoretical foundations of quantum computing and the practical aspects of programming quantum computers. The programme focuses on quantum software and quantum encryption, complemented by electives courses in areas such as machine learning, neural networks, tensor networks, and high-performance computing.

Teaching

Critical thinking and freedom of speech are core values in the Danish education system and you will be encouraged to analyse, question and discuss the course topics and materials.

When studying Quantum Computing, you will experience a mix of lectures, group work and practical exercises. In a typical week, you will take part in lectures, group work and practical exercises. There is a relaxed approach to learning in Denmark, and you will most likely experience a close relationship with both peers and lecturers.

The teaching combines lectures from internationally recognized quantum computing researchers with hands-on exercises that allow you to test and develop your skills. You will take part in seminars featuring guest lecturers from academia and industry, and study trips to leading quantum computing companies, giving you direct contact with the rapidly evolving quantum ecosystem.

The study environment is international and collaborative.

Facts about the programme

Location

Odense

Study start

September

Tuition language

English

Tuition fee for non EU/EEA students

EUR 17,300 per year (you must pay a full year ahead)

Learn more about fees and funding

Student Housing

Guaranteed student housing for all internationals

Apply for admission

Application deadlines:

EU/EEA or Swiss applicants:

September intake: 1 March

Non EU/EEA or Swiss applicants:

September intake: 1 February

See how to apply
Information

New master’s degree landscape at SDU from 2028

This programme will not be changed as a result of the master’s degree reform.
At SDU, the programme will continue to be a 2-year master’s degree.

I’m studying Quantum Computing because it’s the perfect blend between computer science, physics and mathematics. The dreams and passions in my life.

– André Gomes, Portugal

I chose to study Quantum Computing because in my previous experience as a data scientist, I found that it was impossible for classical computers to process the vast amounts of date we have. And with Quantum Computing it could be done in minutes.

– Marta Vilas, Spain

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FAQ

  • You can enrol in a two-year Master’s programme in Quantum Computing at the University of Southern Denmark in Odense. The programme focuses on software development for quantum computers.

  • It’s a demanding field because Quantum Computing combines physics, mathematics, and computer science. However, if you hold a bachelor’s degree in one of these areas, you’ll have a solid foundation. The technology evolves rapidly, so you need to be curious and willing to continuously learn in a highly dynamic environment.

  • Quantum Computing is expected to impact diverse sectors such as technology, finance, cryptography, communication, defense, and security policy. With a Master’s degree, you could work as a software developer, quantum algorithm designer, or strategic advisor on quantum readiness. Academic research positions at universities are also an option.