Quantum Engineering
(Master of Science)

Profile

Course type

Postgraduate studies (Master)

Standard Course Duration

4 semesters

Part-time option

Part-time study is optional.

Course Start

Winter semester, Summer semester

Language of Instruction

English

Language Requirements

German HZB: none
International application: English C1
Find out more

Admission

Unrestricted admission

International

Stay abroad possible, but not obligatory.

Short Description

Quantum mechanics determines our understanding of physical processes on a microscopic scale. More than a century after ground-breaking work began on quantum mechanics, technical developments based on this phenomenon – such as transistors, lasers and global satellite navigation systems – have long since become part of our everyday lives. On the verge of the second quantum revolution, the aim is now to pave the way for the application of fundamental quantum physics in industrial fields. In this context, the combination of knowledge and skills from the fields of physics, mathematics, computer science and engineering plays a crucial role. The degree programme closes a gap that previous degree programmes were unable to fill.

The programme primarily teaches students knowledge in all four pillars of quantum technologies: communication, simulation, sensors and computation. Once they have completed the programme, students will be able to use their technological expertise in individual specific fields of application to transfer quantum technology solutions from the basic research laboratory to practice.

The degree programme is offered in cooperation with the Technische Universität Braunschweig. The imported teaching may require students to attend courses in Braunschweig in addition to their regular courses at Leibniz University in Hanover and a hybrid offer.

Further information for students on the website of the Faculty of Mathematics and Physics

Course Content

Physics, in particular Quantum mechanics
Engineering, in particular Electrical engineering
Quantum technology
Quantum communication
Quantum metrology and sensors
Quantum simulation
Quantum computing

Course Structure

The master’s programme in Quantum Engineering is basically divided into three core elements:

i) compulsory courses from the field of physics,

ii) compulsory elective courses from the field of physics and

iii) compulsory elective courses from the field of engineering.

In the “Compulsory Physics” part, students learn the basics from the areas of competence of quantum technologies.

The “Compulsory Elective Physics” part enables students to choose courses of high practical relevance to current research.

In the “Compulsory Elective Electrical Engineering” part, students are offered a number of courses by the Technische Universität Braunschweig as imported teaching. The curriculum is accompanied by a practical course on various digital hardware systems, and computer-aided data evaluation and simulation. Students gain further practical training by completing a compulsory project in one of the local research groups or during an industrial placement. Finally, the curriculum is complemented by a seminar and key transferable skills.

Students plan their master’s thesis project at the end of the programme, and then implement it during a research internship.

Semester	1	3
Compulsory Physics	Quantum Optics and Advanced Solid State Physics
Compulsory Elective Physics	Courses from the field of physics (Non-Classical Matter Wave Metrology, Non-Classical Light, Theoretical Atomic Optics, Optical Frequency Metrology, etc.)
Compulsory Elective Electrical Engineering	Courses from the field of electrical engineering (Technische Universität Braunschweig)
Practical course	Computational Methods, Simulations & Experimental Control
Project work / industrial placement	Project work or (quantum) industrial placement
Seminar	e.g. Scientific Presentation/Communication Skills, Ethics
Key Transferable Skills	Courses from the portfolio offered by the Leibniz Language Centre, Leibniz University IT Services, the Centre for Quality Enhancement in Teaching and Learning or the faculty
Master’s thesis		Master’s thesis research internship/ project planning

Recommended Abilities

Career Opportunities

Thanks to their profound basic education in quantum mechanics as well as their broad theoretical and practical knowledge in the fields of quantum technologies, graduates of the master’s programme are ideally suited to fill the gaps in industry that are continuously emerging on the labour market. Their profile will enable them to pursue both lab work and tasks in manufacturing or research and development. Quantum engineers also have all the requirements to earn a doctorate and pursue a career in academia.

Admission requirements and application

Admission Requirements

An undergraduate degree in a related field of study, such as

Or comparable (admission requirements: 20 ECTS mathematics; 8 ECTS quantum mechanics; 5 ECTS wave optics or 5 ECTS electrodynamics)

For master''s degree programmes with unrestricted admission, all applicants who fulfil the admission requirements will be admitted a university place. The exact admission requirements can be found in the admission regulations:

Application Deadlines

First-year students from Germany and the EU

1 June – 15 July of the year for the winter semester
1 December – 15 January of the year for the summer semester

First-year students from non-EU countries (VPD from uni-assist is required)

15 April – 31 May of the year for the winter semester
15 October – 30 November of the previous year for the summer semester

Students resuming their studies and transfer students from Germany and the EU (application in a higher semester)

1 June – 15 July of the year for the winter semester
1 December – 15 January of the year for the summer semester

Students resuming their studies and transfer students from non-EU countries (application in a higher semester)

15 April – 31 May of the year for the winter semester
15 October – 30 November of the previous year for the summer semester

Would you like to apply?

Quantum Engineering M.Sc. at Leibniz University Hannover & Technische Universität Braunschweig

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