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MSc program in Quantum Computer Science

Are you a motivated MSc student with a strong background in mathematics? 

Starting in the academic year 2024/25, the University of Amsterdam is offering an entire MSc program in Quantum Computer Science. Sign-up for the academic year 2025/26 opens in October 2024!

BSc program: Quantum
Information

Through the University of Amsterdam a variety of courses in the general area of Quantum Information are available. They range from introductory to advanced. By including some of these courses in your BSc study program, students can get ready for research projects (BSc or MSc theses) or for their future PhD studies in the field.

A BSc Quantum Information module can be followed as part of a BSc program in Physics and Astronomy, Mathematics or Computer Science. The details depend on the embedding BSc program. 

Quantum Information Module

A BSc Quantum Information module can be followed as part of a BSc program in Physics and Astronomy, Mathematics, Computer Science or Chemistry. The details depend on the embedding BSc program. 

Recommendations per BSc program

For all Bachelor programs following the course Introduction to Quantum Computation is essential.

For students in the BSc Mathematics we additionally recommend Quantumfysica 2 (which builds on Quantumfysica 1) – it presents the structure theory of Quantum Mechanics that is essential for understanding Quantum Information.

If you are a student in the BSc program Physics and Astronomy, the courses Quantumconcepten and Quantumfysica 2 give a first introduction to Quantum Computation. A natural follow-up to this are  the essential courses  Introduction to Quantum Computing and Advanced Quantum Physics, with recommended courses Moderne Cryptografie and Linear Algebra.

Students following the BSc Computer Science may wish to do a Linear Algebra course as well, to prepare for courses dedicated to Quantum Mechanics and Quantum Information.

If you are in the track BSc Chemistry, we  additionally recommend to follow Lineair Algebra, Quantum concepten and Quantum fysica 2.

How to apply

To follow courses from the Quantum Information module within your current BSc program, you have to apply for the essential and recommended courses (als mentioned in the table below). 

These courses can also be found in the UvA Study Guide, where you can register yourself for a course.

Recommended choice per BSc program

Recommended choice in BSc program

BSc Program 1

Mathematics

Essential courses

  • Quantumfysica 2
  • Introduction to Quantum Computation

Recommended courses

  • Quantumconcepten
  • Advanced Quantum Physics
  • Moderne Cryptografie

BSc Program 2

Physics and Astronomy

Essential courses

  • Introduction to Quantum Computation
  • Advanced Quantum Physics

Recommended courses

  • Lineair algebra
  • Moderne Cryptografie

BSc Program 3

Computer Science

Essential courses

  • Introduction to Quantum Computation

Recommended courses

  • Lineair algebra
  • Quantumfysica 1 & 2
  • Moderne Cryptografie

BSc Program 4

Chemistry

Essential courses

  • Introduction to Quantum Computation

Recommended courses

  • Lineaire algebra
  • Quantumconcepten
  • Quantumfysica 2
Schermafbeelding 2022-01-31 om 15.13.10
Student 1
"Basic knowledge on quantum computing will be crucial for future careers in academia and business"
Garazi Muguruza Lasa
philip
Student 2
“I am very excited to be part of the research team that is programming the computer of the future”
Philip Verduyn Lunel

QUANTUM QUEST

The Quantum Quest is a web class for high school students from 16-18 years, organised by QuSoft, UvA and the Quantum Software Consortium. This course takes high-school students on a four-week adventure to learn the basics of quantum computing.

The aim of the course is not primarily to introduce students to programming for the next generation of computers, but to discover the kind of mathematics taught at the university. At the end, you will understand what quantum bits and quantum algorithms are and what they are good for. 

The students are supervised by a team of teaching assistants from the UvA. And the idea of the curriculum comes from QuSoft researchers Maris Ozols and Michael Walter. They are assistant professors at the Korteweg-de Vries Institute for Mathematics and conduct research on quantum algorithms and quantum information theory at the QuSoft research center in Amsterdam. 

If you are interested please check out the Quantum Quest website for the first upcoming starting date.

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