Master of Science in Electrical Systems Engineering

This two-year, full-time Master of Science program trains students to design and analyse complete electrical systems by combining techniques from electrical engineering, information technology, computer engineering, and applied mathematics. The curriculum is organised to give both theoretical foundations and hands-on experience, supported by excellent laboratory equipment, small class sizes and frequent interaction with academic staff. The department’s strong research profile and nationally recognised rankings contribute to a stimulating, international and interdisciplinary learning environment.

Students choose one of two specialisations to shape their studies: Signal & Information Processing, which emphasises computational modelling and analysis of system behaviour; or Electronics & Devices, which focuses on integrated circuit design at the micro- and nano-scale and on hardware implementation issues. Close collaboration with industrial partners ensures that many courses are practice-oriented and that students have chances to make contacts with potential employers, while the programme’s research depth also prepares graduates who wish to pursue a PhD.

Typical application requirements (check the programme webpage for exact details)

• Bachelor’s degree in electrical engineering, computer engineering, information technology, applied mathematics or a closely related field (or equivalent qualification)
• Academic transcripts and degree certificate
• Proof of English language proficiency (programme language: English)
• Curriculum vitae and a statement of motivation
• Contact details for referees or letters of recommendation (if requested)

For the most accurate and current entry rules, language tests accepted, and document checklists, consult the university’s official programme page or contact the admissions office.

This two-year, 120-ECTS master’s curriculum is organised into four semesters: three semesters of coursework followed by a six-month Master’s thesis. Coursework is delivered as modular units covering core systems engineering topics alongside elective modules in a chosen specialisation. A distinctive element is the year-long student project group: teams of about 6–12 students embed with one of the department’s research groups to carry out a research-related project, giving sustained hands-on experience that bridges coursework and thesis work. The programme concludes with an independently written Master’s thesis, typically completed in the final semester.

Core teaching is primarily provided by the department’s full professors, complemented by visiting international academics who deliver advanced guest lectures and by industry lecturers offering practice-oriented advanced courses. The programme is taught entirely in English, while non-German-speaking international students are required to take a German language course as part of their general studies to support integration and everyday life in Germany. The programme is fully accredited by ASIIN (a member of the Washington Accord).

Key learning outcomes

• Advanced understanding of general systems engineering principles and methods
• Deep specialised knowledge in the student’s chosen elective area
• Practical, project-based research experience through the year-long student project group
• Ability to plan, conduct and present independent research demonstrated by the Master’s thesis
• Exposure to international and industry perspectives through guest lectures and practice-oriented courses

Requirements and essentials

• Total workload: 120 ECTS over 4 semesters (three course semesters + six-month thesis)
• Programme language: English; applicants must demonstrate English proficiency via a certified language test
• International (non-German-speaking) students: required to take a German language course during the programme
• Strong emphasis on research-led, team-based project work (teams of ~6–12 students attached to departmental research groups)
• Teaching staff: majority from department full professors, plus international guest lecturers and industry instructors
• Accreditation: fully accredited by ASIIN (Washington Accord member)

For further details visit: https://go.upb.de/ese

Graduates are prepared for technical and research roles in industries that design and implement electrical systems, including semiconductor and IC design, embedded systems, telecommunications, automotive electronics and industrial automation. Typical positions include systems engineer, hardware/ASIC designer, signal processing engineer, embedded systems developer, and roles in R&D departments.

The programme’s strong research component and supervision also make it suitable for students who want to pursue doctoral studies. Close ties with industrial partners facilitate networking and employment opportunities in both German and international companies.