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TU-Clausthal Study programs

Bachelor degree programs

The Bachelor's degree is the first academic degree you can obtain at a university and is also the first professional qualification in the multi-level study model.

Even if you are aiming for a Master's degree, you must first complete a Bachelor's degree course. As you do not need to have a previous degree in order to study a Bachelor's degree course, Bachelor's degree courses are also referred to as undergraduate degree courses. In order to be admitted to a Bachelor's degree course, you must have a university entrance qualification (such as the Abitur). The standard period of study for most Bachelor's degree courses at Clausthal University of Technology is six semesters.

For every Bachelor's degree course at Clausthal University of Technology, there is always one or more Master's degree courses that are considered consecutive, i.e. a direct continuation of the Bachelor's degree course. To start a consecutive Master's degree course following a Bachelor's degree course, you do not have to go through a separate selection and application procedure.

These Bachelor's degree programs are available at TU Clausthal

Business Administration (Bachelor)

The subject of business administration is the description, explanation and support of decision-making processes in companies.

Chemistry * (Bachelor)

The course has a high degree of practical relevance and excellent career prospects in the private sector and in research.

Digital Management (Bachelor)

The Digital Management degree program introduces students to the globally networked digital working world as part of a business administration degree program.

Digital Technologies * (Bachelor)

The Bachelor's degree program focuses on the digital technologies of tomorrow. It combines the subjects of computer science, an individual field of application…

Electrical Engineering (Bachelor)

One of the most important economic sectors in Germany, covering the classic areas of energy supply, automation technology, telecommunications and circuit…

Energy and Materials Physics * (Bachelor)

Energy efficiency and sustainable energy supply are cornerstones of the energy transition. They also require new ways of developing materials for energy…

Geo-Energy Systems (Bachelor)

Every day, we use products that are made from primarily extracted or recycled raw materials. Raw materials are therefore an indispensable basis for our everyday…

Computer Science * (Bachelor)

With the Computer Science, Business Informatics and Computer Engineering degree programs, the Computer Science degree program trains the digitalization experts…

Mechanical Engineering * (Bachelor)

The degree program is not just about manufacturing efficient, high-quality products, but about constantly making new contributions to solving urgent problems in…

Materials Science and Engineering (Bachelor)

Materials science and materials technology are drivers of innovation and the key to a large number of product innovations.

Sustainable Energy Technology and Systems (Bachelor)

The energy supply of mankind is facing a major challenge: in order to protect the climate, all current fossil fuels must be replaced by renewable energy…

Sustainable raw material extraction and recycling * (Bachelor)

Every day, we use products that are made from primarily extracted or recycled raw materials. Raw materials are therefore an indispensable basis for our everyday…

Sports Engineering * (Bachelor)

Sports engineering is all about developing innovations for high-tech sports equipment. The course requires both engineering and sports science knowledge.

Process Engineering / Chemical Engineering (Bachelor)

Process engineering and chemical engineering deal with all aspects of the conversion of materials and energy.

Business Chemistry * (Bachelor)

Business Chemistry combines chemistry with business administration and dovetails both subjects for management positions.

Industrial Engineering (Bachelor)

Industrial engineers work on tasks that lie at the intersection of economics and engineering.

Business / Industrial Mathematics * (Bachelor)

Mathematical methods are used in almost all areas of our society, e.g. for planning, simulation and control in production or transportation.