Quantum Information Science and Technology

Im Masterstudium Quantum Information Science and Technology erwerben die Studierenden die erforderlichen Grundkenntnisse der Quantenphysik, Quanteninformationswissenschaften und der relevanten Technologieplattormen in den Modulen „Quantum Physics“, „Quantum Technology and Devices“ und „Quantum Information and Computing“. Im Anschluss haben sie die Möglichkeit einer Schwerpunktsetzung aus einem fakultätsübergreifenden Spezialisierungskatalog. Dies ermöglicht sowohl eine Angleichung des Ausbildungsniveaus als auch eine flexible Anpassung an die individuellen Interessen und Stärken.

Over the past decades, rapid advancements in engineering and computing have opened up new ways of thinking Quantum Physics and Computer Science together. Get comprehensive training in the core principles of Quantum Physics, Quantum Technology, and Quantum Computing, and become part of a cutting-edge research field. This interdisciplinary master’s program will teach you everything you need to know to launch a successful career in both academia and the private sector. It offers you the exciting opportunity to shape an emerging field, while also benefiting from a supportive, vibrant community.

What to expect?

We build from the basics: You’ll learn all important fundamentals of Quantum Physics, Quantum Technology, and Quantum Computing first before diving deeper into Quantum Information Science and Technology. This is the best starting point for you to understand core scientific, computational and engineering methods in this field. You’ll acquire in-depth knowledge in Quantum Physics and Quantum Information Science, and you’ll be able to successfully develop principles for technological implementions of Quantum Computing. You’ll learn from the best and will be integrated into an international research community, and a good balance between teachers and students helps you to reach your full potential.

Why all this?

As a graduate in Quantum Information Science and Technology, you’ll be ready for a successful career in both academia and the private sector. Drawing on in-depth knowledge of innovative quantum-based technological solutions and implementations, you’ll be in demand for R&D in industry and at other universities and research institutions. This master’s program is an interfaculty program of the faculties of Physics, Electrical Engineering and Information Technology, and Informatics at TU Wien. As a student, you’ll benefit from interdisciplinary academic excellence as well as longstanding relationships with industry leaders. With a master’s degree in Quantum Information Science and Technology, you have a bright career ahead of you - not only in terms of salaries but also in shaping a more sustainable future.

Curriculum:

The first semester is dedicated to getting around the foundations of Quantum Information Science and Technology. There are three modules:

• Quantum Physics: Basic Concepts and Foundations, where you’ll engage with core concepts of quantum physics like quantum superposition, entanglement and interference.

• Quantum Technology Devices: Techniques and Platforms, which gives you an introduction to the physical platforms and techniques that underly quantum technologies, such as single photons, integrated photonics, and matter waves.

• Quantum Computing, Complexity Theory and Algorithms, which provides an introduction to the fundamentals of quantum computing, complexity theory and algorithmics. You’ll learn about core concepts and techniques required to program quantum computers.

Over the course of the second and third semester, you’ll take advanced courses of the foundational modules to deepen your knowledge of core concepts, methods, and experimental techniques of Quantum Information Science and Technology. You’ll be able to choose from specialized courses and seminars and shape your curriculum according to your own interests. The module Research Methods explores current research questions and helps you to develop the experimental and theoretical-mathematical skills for your master’s thesis. A well-balanced set of electives and soft skills enable you to deepen your education in Quantum Information Science and Technology and beyond.

The focus in the fourth semester lies on developing and writing up your master’s thesis.