Overview The Master of Science in Control, Computer and Communications Engineering provides both solid theoretical foundations and advanced, application-oriented training across control engineering, computer engineering and communications engineering. Taught in English with an international cohort, the programme builds intercultural skills and prepares graduates for senior technical roles in industry, research institutions, or further academic study such as a PhD.
Learning focus and profile A distinctive feature of the programme is its emphasis on the synergies between electrical, information and communication technologies, with special attention to safety-critical, networked and intelligent electrical systems. Students study the sensor/actuator layer, communication technologies and protocols, control and signal processing, and computing and safety aspects—while taking into account real-world constraints like timing and energy efficiency. The curriculum balances scientifically established concepts with current methods and techniques to enable solutions for complex, interdisciplinary problems.
Structure, practical experience and accreditation Students can personalise their studies by majoring in one of three specialisations—Control Engineering, Computer Engineering or Communications Engineering—or by following a broad generalist path without a specialisation. Shared elective courses reflect contemporary research topics (from intelligent systems to industrial automation) and draw on the combined strengths of all tracks. The programme emphasizes hands-on learning through state-of-the-art research and development projects and offers an optional industrial internship. All degree programmes in the German state of Hesse are accredited; this MSc was re-accredited in 2018 by ASIIN Düsseldorf and is undergoing re-accreditation for the start of the 2025 winter semester.
Key points / requirements (program-specific)
Program overview
This Master’s programme combines high-quality teaching, cutting-edge research and strong student support with close links to industry and research partners. The course welcomes both international and German students, fostering individual and group work and giving participants practical experience through projects carried out in international, interdisciplinary teams.
Structure and teaching approach
The degree runs for three semesters (including the Master’s thesis and defence) and awards a total of 90 credit points. Instruction is in English and the programme admits students at the start of the winter and summer semesters (1 October and 1 April). The curriculum is made up of compulsory and elective modules within chosen specialisations, plus interdisciplinary topics such as IoT, Industry 4.0, smart systems, smart grids and electromobility. Core (compulsory) modules are taught using a problem-based learning (PBL) format: students work in intercultural, interdisciplinary teams on contemporary research problems from those thematic areas, supported by seminar-style teaching and staff from THM. Students may use the second semester to take an optional internship of four to twelve weeks. The final semester is dedicated to applied research and development leading to the Master’s thesis and its defence.
Key modules and learning outcomes
Learning outcomes include advanced professional competence in both the chosen major and an overarching interdisciplinary area, practical experience in applied R&D, and strengthened transferable skills: communication, teamwork, intercultural competence and methodological problem-solving. The programme’s project- and industry-oriented focus prepares graduates for research roles or engineering positions in international, industrial and academic settings.
Program facts and requirements (concise)
This Master's programme requires a completed first university degree (for example a Bachelor's degree or the German "Diplom") from an accredited institution in a closely related field. Suitable study backgrounds include, but are not limited to, general electrical engineering, communications and computer networks, electrical engineering and information technology, and technical computer science. Other degree programmes in electrical engineering or information & communication technology may also be considered if they are judged appropriate.
Applicants must demonstrate sufficiently strong academic performance and a substantial amount of prior coursework. Admissions decisions use the German grading scale: an overall final grade equivalent to at least 2.5 (classified as "good" or better at THM) is required, and your prior studies must comprise at least 210 ECTS credit points. If your degree system or grading scale differs from the German system, your credentials will be evaluated for equivalence — please consult the programme coordinator if you are unsure whether your qualifications meet these thresholds.
Winter Semester (International)
1 June 2026
Summer Semester (International)
1 December 2026
Winter Semester (EU/EEA)
1 September 2026
Summer Semester (EU/EEA)
1 March 2026
Graduates are prepared for technical and leadership roles in advanced engineering sectors, including positions in industrial companies, system integrators and research institutions. The programme’s combination of interdisciplinary skills and applied project work makes alumni attractive for roles involving development and validation of networked, safety‑critical systems (e.g. industrial automation, intelligent mobility, smart grids, IoT platforms).
The MSc also provides a pathway to further academic research and doctoral studies for students who wish to pursue a PhD or careers in R&D.
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