© Oliver Dietze/UdS
Advertising
Saarland University

Quantum Enginееring

M.Sc. (Master of Science)
M.Sc.
Degree
120
ECTS
English
English only
Language
Winter Semester: 15 Sep
Summer Semester: 15 Jan
Application Deadlines
4 semesters
(Starting: Both Semesters)
Duration
Free
Tuition Fees (per semester)
Starting
Both Semesters
Mode of Admission:
no admission restriction  (but subject to admission requirements)
Study Mode:
Part-time (optional) ・ On campus
Registration Fee & Tuition Information:
Semester fees are subject to change across semеstеrs.
More Info

Six Reasons to choose this Master's Program


1
A new quantum research hub
Study where quantum research is booming: the new 53-million-euro Center for Quantum Technologies (QuTe) drives quantum engineering and optics in close contact with industry. → More Info
© Oliver Dietze/UdS
2
Bridge from lab to industry
You combine fundamental quantum physics with applied systems engineering, gaining a rare dual qualification that bridges research labs and industrial development departments.
© Iris Maurer/UdS
3
Design your own profile
Build on a shared core of quantum physics and systems engineering, then set your own emphasis through electives, seminars, and skill classes chosen to match your ambitions.
© Oliver Dietze/UdS
4
Dive into the deep end
Develop a strong theoretical profile in quantum mechanics, theoretical physics, and computational methods, gaining the mathematical depth that underpins quantum research.
© Tobias Ebelshäuser/FR Physik UdS
5
Thesis inside a research group
Your six-month Master's thesis is completed inside an active research group, embedding you in genuine cutting-edge quantum technology investigations from the very first day onward.
© Oliver Dietze/UdS
6
Strong graduate prospects
Graduates are uniquely positioned for doctoral study or roles in high-tech development, manufacturing, and sales just as quantum technologies move into the wider marketplace.
© Oliver Dietze/UdS

How do you want to continue?

Go to course website