STEM degree programs and career fields

The plusMINT orientation course enables students to embark on a Bachelor's degree course that qualifies them for a wide range of exciting and future-oriented STEM jobs.

In a two-semester orientation phase, students get to know the various STEM subjects, consolidate their basic knowledge and acquire interdisciplinary skills before starting the six- to seven-semester major.

Some degree courses at the University of Kassel can be completed as part of the "Studieren im Praxisverbund - StiP" program. Students begin their studies at the University of Kassel and combine them with in-depth practical phases in corresponding companies, which support them with remuneration.

At the University of Kassel, it is possible to study different teaching qualifications with almost all subject combinations. All teacher training courses include the compulsory part of the educational and social science core studies as well as internships at Kassel's city and district schools.

L1 = Teaching degree at elementary school
L2 = Teaching degree at secondary modern and intermediate schools
L3 = Teaching degree at grammar schools
L4 = Vocational education

The topics of the qualification and further training programs for energy efficiency experts are geared towards market requirements and the goals of sustainable development. They are continuously developed in line with demand and consist of study programs, courses and one-day seminars.

Civil engineers work in construction companies and public authorities, where they are responsible for the timely, cost-effective and high-quality completion of construction projects and the economic operation of buildings. Their areas of responsibility include the development and maintenance of infrastructure, flood protection, drinking water supply, the maintenance of natural bodies of water and transportation.

The objective of the programme is to enable students to work in different fields of electrical communications, both in academia and industry, i.e. to pursue a PhD or a job in research & development departments, consulting, operation and maintenance, patent issues, acquisition of projects, etc. The program is geared towards students with a B.Sc. degree in communication technology or a related area.

The safety of computer based systems is becoming increasingly important. For this reason, the University of Kassel offers holders of a bachelor in mathematics, electrical engineering, mechatronics or computer science the three-semester master course study Functional Safety Engineering (FUSE).

Students acquire a general understanding of biological structures, processes and causal relationships, taking into account related scientific disciplines.

Electrical engineering plays an important role in practically all technical areas. Communication systems, digital technology, automated production, energy supply systems, generation and distribution of renewable energies - the range is broad and includes activities in large-scale industry as well as in medium-sized companies, engineering offices, public companies, administrations and research institutions.

Computer science does not mean "learning to program" or "being able to use computers", but goes far beyond that. During the course, complex technical problems as well as social contexts are examined scientifically and across disciplines.

If you are enthusiastic about technology, interested in working with computers and like to think logically, a mechanical engineering degree could be the right choice for you. Creativity is also in demand, as mechanical engineers are constantly working on new ideas to enrich the technical landscape.

Those who study mechatronics opt for an interdisciplinary field within engineering that combines mechanical engineering, electrical engineering and computer science. Mechatronics engineers are sought-after employees because, as generalists, they can tackle projects and problems across disciplines.

Thanks to their methodological breadth and analytical skills, physicists have access to attractive, multifaceted fields of work worldwide.
In universities and research institutes, they work primarily in research and teaching, while
and teaching, while the spectrum in industry, business and society ranges from the IT, electronics and automotive sectors to insurance companies, banks, management consultancies, the media industry and politics.

The mathematics degree course places great emphasis on modern, algorithmic and computer-oriented aspects of mathematics and the practical application of mathematical techniques. The Mathematics and Technomathematics degree courses differ in terms of the choice of application specializations and the proportion they make up of the overall course.

Mathematicians analyze and solve complex problems in almost all technological and economic sectors: from banks and insurance companies to pharmaceutical, energy and telecommunications companies, vehicle and technology manufacturers, software companies, logistics service providers and consulting firms.

Transportation is booming, and in-depth knowledge of the links between planning, technical, economic and ecological contexts is becoming increasingly important. Our three-semester Master's degree course offers exactly that for Bachelor's graduates who want to delve deeper into their subject.

Anyone who can subscribe to the appealing idea that the greatest and most spectacular scientific discoveries may be possible in the unimaginably small world of nanostructures should consider studying nanostructure science. This young, globally expanding field of research is considered by experts to be a key discipline of the 21st century.

Solar energy, wind and hydropower are playing an increasingly important role in the supply of electricity and heat. The Master's degree course in Renewable Energies and Energy Efficiency is therefore particularly forward-looking. Students who have already completed a degree in an engineering or technology-oriented natural science specialize here.

Environmental engineers deal with a wide range of engineering tasks and develop environmentally relevant solutions in the interests of sustainable development.

The part-time Master of Science in Industrial Production Management focuses on the holistic understanding and management of industrial processes and systems and qualifies graduates for production management in industry.

The REMENA Master program is directed to young professionals with work experience and a high motivation to contribute to introducing a sustainable energy supply and to the development in the Arab region in general, which includes a keen interest in the other culture and language.

The part-time Master's degree in Public Transport and Mobility is aimed at specialists, managers and future managers who have completed their first university degree in engineering in all disciplines, economics, computer science, law, etc.

WES.online is a full master program designed for natural scientists and engineers who want to learn about the mechanical and electronic operation and interaction of wind turbines.