MSc Quantum Science and Technology

Overview The MSc in Quantum Science and Technology is a two-year, English-language master’s programme that gives multidisciplinary training across the rapidly expanding field of quantum science. Teaching spans core quantum mechanics and theory as well as applied areas such as quantum information, communication, computing, imaging and sensing. The curriculum is built to serve both students aiming for academic research and those seeking technology-focused careers in industry.

Curriculum and learning approach Study begins with a compulsory foundational module in the first semester to align students from diverse academic backgrounds. After this adjustment phase, the programme progressively offers a wide range of elective subjects from which students can tailor their course of study. All modules, lectures and seminars are delivered entirely in English, and laboratory work in research-grade facilities is integrated from the outset to provide practical, hands-on experience with quantum experiments and devices.

Student support and career pathways Students receive tutorial support and individual counselling to help select courses that match their prior knowledge and career goals. The programme prepares graduates for leadership roles in both industry and academia, and it also provides a direct and well-established pathway into the university’s doctoral (PhD) programme for those who wish to continue in research.

Key facts / requirements

• Duration: 2 years (full-time)
• Language of instruction: English (all lectures and modules)
• First semester includes a compulsory adjustment/fundamental module to accommodate varied backgrounds
• Strong emphasis on lab-based, hands-on training in research-grade facilities from the start
• Flexible elective catalogue with individual counselling to shape specialisation
• Tutorial support throughout the programme
• Prepares students for industrial or academic careers and offers a direct route to the university’s PhD programme

Programme structure and focus

This MSc blends classroom teaching with substantial practical work to prepare you for research or industry roles in quantum science and technology. Coursework is delivered through lectures, seminars, tutorials and lab classes, and is complemented by internships, hands-on research projects and summer workshops. The programme uses the European Credit Transfer and Accumulation System (ECTS), letting you tailor elective choices within the programme guidelines to reach the required 120 ECTS.

Semester-by-semester pathway

• Semester 1 introduces Adjustment, Essentials I and Practical Research Training to build foundational knowledge and early laboratory skills.
• Semester 2 continues with Essentials II and begins Specialisation I, allowing you to start focusing on specific subfields.
• Semester 3 expands Specialisation II and integrates further research modules and optional advanced specialisation choices.
• Semester 4 is dedicated to independent research, culminating in the Master’s thesis project.

Key modules and expected learning outcomes

Core and highlighted modules

• Adjustment (orientation and background alignment for incoming students)
• Essentials I & II (core theoretical and methodological foundations)
• Practical Research Training (early hands-on experimental or computational work)
• Specialisation I & II (advanced, field-specific modules)
• Research modules and Master’s thesis (independent research project)
• Supplementary elements: seminars, internships, labs, tutorials, and summer workshops

What you will learn

• Master the theoretical concepts and experimental techniques central to quantum science and technology.
• Conduct independent research and manage a thesis project from conception to reporting.
• Develop practical laboratory and/or computational skills through research training and internships.
• Tailor your expertise via specialisation modules to prepare for PhD studies or technology-oriented careers.

Programme requirements (summary)

• Complete a total of 120 ECTS through a mix of compulsory and elective modules.
• Progress through four semesters: foundational work (Sem. 1), continued essentials and first specialisation (Sem. 2), advanced specialisation and research (Sem. 3), final Master’s thesis (Sem. 4).
• Participate in practical components such as labs, internships, research projects and summer workshops as specified by the programme.
• Make individual course/module selections within the programme guidelines to fulfil credit requirements.

Graduates are prepared for research and development roles in both academia and industry. Typical career paths include positions at quantum technology start‑ups, photonics and sensing companies, research institutes and national laboratories, or continuation into doctoral studies. The programme’s combination of fundamental theory, applied engineering training and industry links equips students to lead projects in quantum hardware, quantum information processing, sensing and related fields.

Because the curriculum emphasises hands‑on laboratory experience, applied research projects and industry collaborations, alumni are well positioned for roles that require practical experimental skills as well as theoretical competence. The close relationship with the Abbe School of Photonics also provides networking and employment opportunities with regional and international industry partners.