Study program

University

City

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Ulm University

Quantum Enginееring

M.Sc. (Master of Science)

Subjects: Quantum Technology, Astronomy, Electrical Engineering, Quantum Mechanics, Quantum Computing, Applied Computer Science, Computational Sciences, Physics, Industrial Engineering, Industrial Management, Nanotechnology, Aerospace Engineering, Computer Simulation, Advanced Computational Engineering, Computer Engineering, Communications Engineering & Technology, Computer Science, Computing, High Performance Computing, Computational Engineering, Computing Technology, Computer & IT Security, Computer Forensics

M.Sc.

Degree

English only

Language

Winter semester: 15 May

Summer semester: 15 Jan

Application Deadlines

2 Years (starting: Both semesters)

Duration

Free / € 1500

Tuition Fees (per semester)

Starting: Both semesters
Application:: uni-assist: students from Non-EU Countries
Study mode:: On campus

Program Video

Duration: 06:00 min

Ulm University Quantum Research

Five Reasons to choose this Master's Program

Revolutionizing Technology with Quantum Innovation

Ulm University's program dives into quantum computing's immense potential, explores quantum simulation for complex systems, advances quantum sensing for unparalleled accuracy, and pioneers secure quantum communication. It's a gateway to shaping future technologies.

Hands-On Experience with Quantum Technologies

The program offers unique opportunities for professional training in quantum technologies. Students can engage in practical experiences at industrial research labs or quantum deep-tech startups, fostering skills in real-world applications and innovation.

Strategic Industry-Academia Collaboration

Ulm University's location in the heart of Europe's first Science City fosters a vibrant ecosystem of academia-industry collaboration. This environment enables students to participate in projects that translate academic research into practical, market-ready solutions.

Cutting-Edge Research Facilities

The university is home to several leading research institutes in quantum science, such as the Institute of Quantum Optics and the Institute of Theoretical Physics. These facilities offer students access to pioneering research in quantum computing, simulation, and sensing.

Dynamic and Innovative University Environment

Founded in 1967, Ulm University is known for its diverse, high-quality academic programs and cutting-edge research. Its strategic focus on future technologies and interdisciplinary research makes it a hub for addressing global challenges.

How do you want to continue?

Go to course website

Course Description

The study mode at Ulm University's M.Sc. in Quantum Engineering emphasizes practical experience. In the second year, students engage in research projects, internships, or international exchanges, culminating in a 6-month Master's Thesis. This approach ensures graduates are adept in both theory and real-world applications.

Target Groups

Curriculum

Study Mode

Career Prospects

The M.Sc. in Quantum Engineering at Ulm University is ideal for students with a background in Electrical Engineering, Nano Technology, Quantum Technology, or Aerospace Engineering, looking to delve into the innovative field of quantum technologies. It's designed for those who aspire to be at the forefront of technological advancements, blending theoretical knowledge with practical experience.

Special Program Features

A Blend of Excellence in Quantum Engineering

This program is a fusion of expertise from the Physics and Engineering Departments and the DLR Institute. Engage with a top-ranked electrical engineering program and leading quantum physics experts, that offers a unique Master's in Quantum Engineering.

A Beacon of Academic Excellence

Ulm University's global recognition is evident in its ranking: 15th in Germany and 148th worldwide in the Times Higher Education (THE) World University Ranking. A testament to its unwavering commitment to quality education.

Experience the Charm of Ulm

Founded around 850 AD, this city has witnessed the ebb and flow of empires, making it a treasure trove of stories and architectural marvels. From the towering Ulm Minster, to the quaint old town there's a narrative at every corner. And if that wasn't enough, the city is also the birthplace of Albert Einstein, one of the greatest minds in history. Imagine studying in a place where history, science, and culture converge, offering a holistic learning experience. → More Info

Requirements

Qualification Requirements

The application requirements for the study program in “Quantum Enginееring” are:

Bachelor's (Undergraduate) Degrее

Bachelor's in one of the following areas:

Physics
Electrical Engineering
Nanotechnology
Quantum Technology
Aerospace Engineering

Alternatively, any comparable study course with essentially the same content.

CGРА

2.7 or better (in the German grade systеm).

Proof of Background Knowlеdgе

Mathematics (min 15 ECTS): Analysis, Linear Algebra, Differential Equations
Physics and/or Electrical Engineering (min 100 ECTS)
evidence of scientific work in a physics or electrical engineering field (can be proven by thesis, project work, scientific publication) (10 EСΤS)