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Deutsch Who is the Bachelor's Degree in Robotics and Intelligent Systems Suitable For?
The English-language bachelor's programme Robotics and Intelligent Systems at Constructor University is aimed at high school graduates (Abitur holders) as well as international applicants who have a strong science and technology background and an interest in robotics, computer science, electrical engineering, and automation. The programme is especially suitable for those who aspire to a career in fields such as robotics, artificial intelligence, automated transport systems, communication, or marine technologies. The degree provides research-oriented and practice-related skills, preparing graduates ideally for demanding roles in science, industry, or development.
What Formal Criteria Must Be Met for Admission?
You need a general university entrance qualification (Abitur) or an internationally recognised equivalent school leaving certificate (e.g. International Baccalaureate, A-Levels, or American High School Diploma with Advanced Placement Courses). The application must be submitted entirely in English. Good to very good grades in mathematics and the natural sciences increase the chances of admission. In addition, the following documents are required:
- Sufficient English language skills at a minimum B2 level (e.g. TOEFL, IELTS, Cambridge Certificate), if English is not your native language
- Complete application documents including a motivation letter, CV, and, where applicable, reference letters
- Depending on the country of origin, additional country-specific documents (e.g. Studienkolleg in Germany, certified translations)
A vocational training or practical experience in the technical field is not mandatory but can strengthen the application. Selection interviews or online assessments may be conducted additionally.
You should have strong analytical thinking skills, mathematical understanding, as well as an interest in engineering issues and digital technologies. Initiative, perseverance, and the willingness to work independently are important, as the course is methodically challenging and research-oriented. Experience with programming or technical projects, teamwork skills, and interest in innovations in the field of autonomous systems and artificial intelligence are also helpful. Openness to an international study environment and willingness to engage in interdisciplinary collaboration will promote study success.
What content does the Robotics and Intelligent Systems degree programme cover?
In the Bachelor's degree programme Robotics and Intelligent Systems at Constructor University, you acquire the scientific, engineering and practical fundamentals for the development of autonomous, mobile systems. The focus is on methods from computer science, electrical engineering and automation technology for the design and operation of intelligent robots that operate without constant human supervision.
- Mathematical and physical fundamentals of robotics
- Programming in C and C++
- Data structures and algorithms
- General electrical engineering as well as computer architecture
- Core modules such as robotics, artificial intelligence, automation, embedded systems, control engineering, computer vision and machine learning
- Elective compulsory courses such as human computer interaction, marine robotics, optimisation, distributed algorithms, computer graphics, web application development, digital design, stochastic processes and stochastic methods lab
- Practical laboratory work on current robotic systems to apply theoretical knowledge
- Cross-disciplinary skills through the “Constructor Track”: presentation techniques, academic writing, data visualisation, social engagement and communication
- Individual options for specialisation and acquisition of minors, for example in computer science or electrical engineering
Additionally, the programme fosters analytical thinking, problem solving, interdisciplinary work and critical reflection on technical innovations in their societal context.
How is the Bachelor's degree structured and organised?
The robotics degree is designed as a full-time on-campus programme over six semesters (three years) and follows a clearly structured process based on the 4C model: CHOICE, CORE, CAREER and CONSTRUCTOR Track.
- 1st year – Foundation phase (CHOICE): You take introductory courses in robotics, computer science and electrical engineering and can flexibly change your major at the beginning. Foundation modules (e.g. mathematics, programming, computer architecture) provide a broad knowledge base.
- 2nd year – Specialisation phase (CORE): In the second year, you deepen your knowledge in specialised modules such as robotics, artificial intelligence, computer vision, automation, embedded systems, control engineering and machine learning. Elective compulsory modules allow for individual focus. Practical skills are enhanced in labs and projects.
- 3rd year – Specialisation and practice (CAREER): Now you set individual accents through advanced and specialisation modules (e.g. marine robotics, human computer interaction, stochastic processes). A semester abroad is possible in the fifth semester. A compulsory two-month internship or the development of your own start-up concept, as well as the final Bachelor’s thesis during the practical phase, complete the training.
- Alongside – CONSTRUCTOR Track: Parallel to the subject studies, the CONSTRUCTOR Track promotes key skills such as presentation, scientific work, ethics and society, data analysis as well as – for non-native speakers – basics of the German language.
The programme combines theory, practical project work and exchange on the international campus. Practical relevance is firmly integrated through lab sessions, excursions and competitions.
Which professional fields do graduates of a Robotics degree enter?
As a graduate of the Bachelor's degree Robotics and Intelligent Systems, you have sought-after skills in the conception, development and implementation of autonomous systems. Career prospects are diverse, especially against the backdrop of growing demand for automation solutions in numerous industries.
- Work in research and development in the fields of robotics, artificial intelligence, autonomous systems, sensor technology and machine learning
- Engineering tasks and project management in the automotive, transport and communications industries
- Development, implementation and support of intelligent systems for logistics, production, manufacturing or maritime applications
- Career paths in technology management and process automation
- Positions in an international environment, as the programme is conducted entirely in English and encourages international mobility
- Further Master’s degree programmes in disciplines such as artificial intelligence, advanced robotics, data engineering or related fields
Internships and study stays abroad broaden professional and research perspectives. According to alumni surveys, over 90% of graduates find qualified employment promptly or begin advanced studies.
At which location is the degree programme offered?
The programme is offered on the campus of Constructor University in Bremen. The campus is internationally oriented and hosts students from over 110 nations. All instruction is conducted in English. The modern infrastructure includes laboratories, leisure and residential facilities. As an on-campus programme, both learning in small groups and intense exchange with lecturers and fellow students are an integral part of everyday life.
The Bremen location as a science and technology hub offers numerous professional contacts, cooperation partners and opportunities for internships with companies and research institutions.
What costs should you expect for the Robotics degree and how can you finance it?
The following costs arise for the Bachelor Robotics and Intelligent Systems at Constructor University:
- Tuition fees: €10,000 per semester (a total of €60,000 for three years)
- Accommodation in the dormitory (shared room): approx. €4,000 per academic year (September–May)
There are several options for financing:
- All admitted students receive an individual financial offer based on academic performance and personal circumstances
- Scholarships are awarded based on performance (assessed by grade average at the start of studies)
- Instalment payment plans and support from the university’s Student Financial Service Team
These options support flexible and individual financing of the degree. Advice is provided directly by the university and is aimed at both international and national students.
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