Shape the future with Engineering Cybernetics, e.g. by prototyping the next-generation of adaptive buildings.
Image: Thomas Bernhardt 2020
Participate in exciting student projects like the development of self-driving E-scooters.
Image: Thomas Bernhardt 2020
Learned skills find application in highly safety-critical problems, such as the design of advanced aviation systems.
Image: Thomas Bernhardt 2020
All methods are grounded in deep theoretical foundations and mathematical methods.
Image: Thomas Bernhardt 2020
Projects in Engineering Cybernetics require and teach a high degree of collaborative skills and teamwork.
Image: Thomas Bernhardt 2020
The M.Sc. Engineering Cybernetics is the English-language counterpart to the well-established German Master's degree Technische Kybernetik which was established in 1972. This degree program is nationally and internationally recognized for its methodological focus on dynamical systems and control, for its rigor and for its breadth.
What is Engineering Cybernetics about?
Cybernetics comes from the Greek word κυβερνήτης for “helmsman”. It was coined by Norbert Wiener to describe a new discipline dedicated to the study of fundamental feedback mechanisms enabling complex behaviors in “the animal and the machine”. Since then, it has been used to denote the study of control, communication and computation problems that underpin today’s autonomous and intelligent technologies.
This study program develops extensive and broad knowledge through methodologically oriented courses in the core areas of control, system dynamics, and modeling.
A distinguishing feature is the strong emphasis on foundational courses in these areas through in-depth use of mathematical tools. This is complemented by a large choice of specialized courses relevant to the field of autonomy, such as, for example, robotics, biomedical technologies, and transport systems.
Upon completion, you will be competent in the task of abstracting complex problems arising in traditional and modern engineering applications (aerospace, mechanical, energy systems,… just to name a few) and use these abstractions to solve control analysis and design problems using a variety of methods grounded in systems theory, dynamical systems, modeling, simulation, optimization and computational methods.
Our graduates have broad career opportunities as these skills are highly esteemed in many engineering sectors. Many of our alumni hold prestigious leadership positions in both industry and academia. A survey from 2022 showed that 100% of our graduates found a job within less than 10 months after graduation, with over 80% doing so within the first three months.
More detailed information about the course of study, logistics and living in Stuttgart/Germany can be found at the bottom of this webpage.
This study program requires a foundational background in advanced mathematics, systems and control, as well as the modelling of dynamical systems. As these disciplines serve as the basis for the Master’s program in Engineering Cybernetics, we expect that your application shows evidence of courses taken in these areas.
Moreover, we expect a strong motivation to tackle theoretical as well as applied problems.
To give you a guideline on what we expect as prior knowledge, we prepared a set of selected example problems for your self-assessment. These problems reflect the minimum level of prior knowledge required for a successful completion of the M.Sc. Engineering Cybernetics program. The problems cover only core baseline concepts and are intended solely for self-assessment and information. They are not part of the application process.
Within the core areas of control, robotics, system dynamics, modeling and simulation, you will be able to shape your individual profile through a broad and compelling selection of elective options allowing you to specialize according to your interests. Among other things, you will further focus on two specialization areas within the broad field of any cybernetic subjects, which will include for example the following:
- Autonomous Systems and Control
- Biomedical Engineering
- Mathematical Methods of Cybernetics
- Nonlinear Mechanics
- Robotics
- System Dynamics
- Systems Biology
- Mobility
Graduates of the Engineering Cybernetics program are highly skilled in control, modeling, and simulation, making them sought-after specialists in both industry and academia. The program’s strong interdisciplinary foundation and broad range of applications ensure excellent career prospects that remain resilient to economic fluctuations in individual sectors.
In industry, graduates find opportunities across a wide array of key fields, including mechanical and electrical engineering, biomedicine and biotechnology, energy systems, aerospace, automotive technology, and the chemical industry. The program also offers a solid basis for pursuing an academic or research-oriented career. Surveys show that approximately 78% of alumni are employed in academic or corporate research positions, with about one-third continuing their studies toward a PhD—either at the University of Stuttgart or at other leading international universities.
Located in one of Europe’s strongest industrial and research regions, Stuttgart offers exceptional opportunities for Engineering Cybernetics students to connect theory with real-world practice. The area of Stuttgart is home to a dynamic network of innovative medium-sized enterprises and world-renowned corporations and research institutions. These strong industry links open pathways to careers in emerging fields like autonomous systems, digitalization, and smart manufacturing.
Before applying, please prepare the following documents:
- University entrance qualification
- Bachelor’s certificate (if completed)
- Transcript of records
- Language certificate
- Supplementary application form
- Modul handbook including a description of the course contents
- CV and motivation letter
- country specific documents
While applying in our C@MPUS portal, please be aware that there exists both a German and an English language version of this study program. Make sure that you apply for the correct language version. This means in particular that you need to select the winter semester (not the summer semester) in the "start of course" field as the English language Master cannot be started in the summer semester. Please read the detailed news for more information.
Studying abroad: what opportunities does my degree program offer?
Over the past five decades, our study program has grown a strong academic network that connects us with a large number of highly regarded international partners. If desired, this allows our students to spend selected parts of their studies at partner university. This can happen, for example, by attending selected courses during one semester abroad, or writing a thesis on research topics of specific interest. It also means that you can encounter students from many other Universities in our courses.
Studying abroad: what opportunities does the University of Stuttgart have to offer?
Are you interested in going on exchange for a semester or two? Or would you rather do some research or attend a language course? Have you ever thought of joining a Summer School or planned an internship abroad? Whatever you have in mind for your exchange, the International Office will help you make your stay abroad an unforgettable experience. The first step will be to sign up online for our information sessions at the International Office that are offered on a regular basis. We look forward to your registration!
- Studying abroad
Information sessions, partner universities, language requirements, application deadlines, scholarships
Application and admission: how do I get a place at the University?
Admission Requirements
- A Bachelor's degree of at least six semesters in duration (or equivalent) in Engineering Cybernetics or in a closely related field of study.
- Knowledge and skills equivalent to those required to complete a bachelor's degree in Engineering Cybernetics.
- Restricted admission (NC)
In certain cases, interviews will be conducted with the applicants before the decisions can be taken.
For detailed information about the admission process, required English proficiency, and criteria for determining eligibility, please refer to the admission regulations.
Language Requirements
The study program courses are held in English, so an adequate knowledge of English at C1 level is required:
- You need an appropriate language certificate, e.g. TOEFL ibt 95 points or IELTS Band 7
- or a university entrance qualification, or a Bachelor's program of at least six semesters with English as the language of instruction.
Admission regulation in English - for information only – November 7, 2024
Application period for thewinter semester: November 15 – January 15
The winter semester starts in October.
Course of study
The Engineering Cybernetics master’s program comprises four semesters (120 ECTS), which must be completed in accordance with the examination regulations. The program is divided into several blocks, many of which offer a wide range of options.
Fundamentals: These modules build the theoretical foundation for understanding complex system dynamics and core control concepts, preparing you to develop expertise in advanced control techniques and specialized fields.
Advanced Control and System analysis: To deepen your knowledge in the core areas of engineering cybernetics, these modules focus on advanced methods for handling nonlinear and uncertain systems, as well as optimal control strategies. You will also strengthen your understanding of complex systems and develop your skills in modeling and analyzing their behavior.
Area of Specialization and Elective: Within the specialization areas, you can either deepen your methodological expertise or focus on a specific application field of engineering cybernetics. One major and one minor specialization are selected from a wide range of options, allowing for individual academic focus. In addition, an elective module offers the opportunity to broaden your perspective by exploring subjects from other areas of engineering as well.
Practical study components: To address the necessary and important development of key competencies, two projects have been integrated into the curriculum. In these projects, you work in small groups to solve a practice-oriented task within a set timeframe. The focus is not only on applying the theoretical skills acquired but also on developing a structured approach, as well as planning and task distribution within a team. The practical relevance of the subject and the methods learned is further strengthened through a mandatory industrial internship.
Master's thesis: You will complete your studies with a master's thesis. This will be closely supervised by the staff of the institute you choose for this purpose.
More information on the course of study
Study overview for the current examination regulations
The study schedule below is a suggestion of how you could organize your studies. 1 ECTS corresponds to approximately 30 hours of actual work
- Program structure Engineering Cybernetics M.Sc.
This file is not digitally accessible. If you have difficulty reading it, please contact Mr. Mair.
An industrial internship of at least twelve weeks in total is a compulsory part of the Master's degree program.
More detailed information can be found in the internship guidelines.
If you have any further questions, please contact the Internship Office for Engineering Cybernetics: write an email
Logistics
- Structure of the Academic Year
The academic year at the University of Stuttgart is divided into two semesters: the winter semester (WiSe), from October to March and the summer semester (SoSe), from April to September. Each semester includes a lecture period of about 12-15 weeks (WiSe: ~October-February, SoSe: ~April-July), followed by an examination period (WiSe: ~February-March, SoSe: ~July-September).
More information on semester dates and schedules
Finances
- Non-EU/EEA citizens must pay a semester fee of around 1700 EUR each semester, which covers administrative costs and student services. In Stuttgart, the monthly cost of living is approximately 1000 EUR, including accommodation, food, health insurance, transportation, and personal expenses.
More information on fees and charges
More information on how to finance your studies
Living in Stuttgart and Germany
- Stuttgart is one of Germany’s most innovative and livable cities. As the capital of the high-tech German state Baden-Württemberg ("THE LÄND"), it offers an exceptional blend of science, industry, culture, and nature. Renowned as the birthplace of the automobile and as a center for health-care technology, Stuttgart is a global hub for engineering and technology, combining industrial strength with a rich cultural heritage and scenic surroundings.
- For students of Engineering Cybernetics, Stuttgart provides the perfect environment to connect theoretical knowledge with real-world applications in one of Europe’s most dynamic regions. Find out more about living in Stuttgart and living in Germany (DAAD)
Campus Vaihingen – Study at the Center of Innovation
The University of Stuttgart’s Campus Vaihingen lies southwest of the city center, nestled in the Pfaffenwald, a large forest area that creates a unique academic setting where modern research facilities meet nature.
- Academic Focus: Campus Vaihingen hosts most of the engineering and science faculties, offering direct access to laboratories, research centers, and interdisciplinary collaborations.
- Nature and Relaxation: The campus environment promotes well-being, with jogging, cycling, and walking paths starting directly behind university buildings.
- Excellent Connectivity: The S-Bahn (lines S1–S3) connects Campus Vaihingen to Stuttgart Main Station in about 10 minutes and Stuttgart Airport (STR) in 20 minutes.
- Proximity to potential employers: Major companies and research institutes such as Bosch, Mercedes-Benz, Porsche, Max-Planck, DLR and Fraunhofer are nearby, providing opportunities for internships, joint projects, and applied research.
Life in Stuttgart – Culture, History, and Green Spaces
Stuttgart is a vibrant city set in a valley surrounded by vineyards and forested hills. It offers a high quality of life, balancing cultural experiences with outdoor activities. A few selected sights and activities are, for example,
- Automotive Heritage: Explore the roots of mobility at the Mercedes-Benz Museum and the Porsche Museum.
- Art and Architecture: Visit the Staatsgalerie Stuttgart, one of Germany’s leading art museums, or stroll through the historic city center and nearby half-timbered towns such as Bad Cannstatt.
- Nature and Outdoors: Relax at the Wilhelma Zoological and Botanical Garden or explore green spaces like Killesberg Park, Rosenstein Park, and the nearby Black Forest.
- Visitor Information: Find events, sightseeing tips, and cultural highlights at Stuttgart Tourist Information.
Daily Life and Practicalities
- Language: The university operates largely in English, but basic German will greatly enhance your daily life and integration.
- Public Transport (VVS): Stuttgart’s extensive transport network (Verkehrs- und Tarifverbund Stuttgart) connects trains, trams, and buses. Student IDs often include discounted regional travel.
- Community: The city hosts a vibrant international student scene, cultural societies, and sports clubs, making it easy to connect and participate in local life.
International center, housing and more
- International students are supported primarily through the university’s International Center. The Center’s webpage also provides detailed information on visa, banking, insurance related questions as well as the range of activities offered by the university’s many initiatives. For example, University Sports offers over 100 courses each term. Studierendenwerk Stuttgart aids students with all aspects of student life, from housing to child care. The university has also compiled information about and off-campus housing.
Important Websites
Which institutes are involved in this degree program?
Accreditation
Contact for further questions
Jonas Mair
M.Sc.Research Assistant
Andrea Iannelli
Prof. Dr.Trustworthy Autonomy for Smart Adaptive Systems