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What you can study at TU Clausthal
TU Clausthal offers three types of degree program: bachelor’s, master’s, and mid-career programs. Master’s graduates can also go on to undertake doctorate studies.
Bachelor’s and master’s programs are consecutive – that is, if you wish to study for a master’s degree, you first have to complete a bachelor’s program (see Permitted bachelor’s and master’s combinations). Mid-career degree programs are aimed at people who already have a master’s or a Diplom degree from a university of applied sciences and now wish to add to their education, perhaps while also working, in one of the areas TU Clausthal specializes in. A master’s degree also qualifies you to embark on doctorate studies.
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Business Administration
The world today is full of chemistry. As essential chemicals, polymers, or medicines, in innovative energy storage or the latest nanomaterials – chemistry is everywhere.
Chemistry
The world today is full of chemistry. As essential chemicals, polymers, or medicines, in innovative energy storage or the latest nanomaterials – chemistry is everywhere.
Digital Management
The bachelor’s degree in digital management initiates students into the globally interconnected digital world of work in the context of a course of study in business administration.
Electrical Engineering
Electrical engineering is one of the most important sectors of the German economy. It encompasses the classic fields of energy supply, automation technology, telecommunications, and circuitry.
Energy and Mineral Resources
Operating at the intersections of structural transformation and the shift to green energy, of globalization and import dependency, supplies of energy and mineral resources are one of the major challenges.
Power Systems Technologies
Humanity is facing a major challenge to its energy supply: In order to protect the climate, all of the fossil fuels in current usage need to be replaced by renewable energy sources.
Computer Science/Business Information Systems
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Sports Engineering *
Sports engineers are able to use specific material properties in combination with measurement and diagnosis methods, tailoring them specifically for applications in competitive sports as well as recreational, preventative, and rehabilitative exercise.
Process Engineering / Chemical Engineering
Process engineering and chemical engineering are concerned with all aspects of the conversion of materials and energy.
Business and Engineering
This degree program produces specialists for all those areas where business administration and engineering overlap.
Industrial/Applied Mathematics
Mathematical methods are used in almost all areas of our society, e.g. for planning, simulation and control in production or traffic.
Chemistry
In line with TU Clausthal’s profile, our master’s program in chemistry is focused less on fundamental research as such and more on materials and processes.
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![[Translate to English:]](/fileadmin/_processed_/a/0/csm_Master_Energiesystemtechnik-2_147853ad3e.jpg "[Translate to English:]")
Power Systems Engineering
Studying power systems engineering opens up a broad range of fields of work throughout the energy system.
Mining Engineering
Our Mining Engineering students will be trained in a diversity of fields regarding the raw material production.
Petroleum Engineering
Even in this era of transformation for climate protection and the energy system, the fossil fuels oil and natural gas remain an essential pillar of our society.
Technical Management
Decision-making in management often involves close interrelationships between business issues and matters of engineering.
Environmental Process Engineering and Recycling
How we deal with garbage, waste water, and emissions, taking into account technological, economic, and social issues, is what this degree program is all about.
Process Engineering/Chemical Engineering *
The master’s program imparts the more in-depth expertise that is required for positions of responsibility, particularly in research and development.
Business Information Systems *
The digitalization of our society could not be more topical, concerning everything from digital factories, to sustainable mobility, to digital aspects of the shift to greener energy.
Business and Engineering
Students are introduced to state-of-the-art research areas in the three focuses they can choose from: production and processes, management of energy and mineral resources, and materials engineering.
