Study programs

The study of business administration is concerned with describing, explaining, and supporting decision-making processes in commercial enterprises.

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

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

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

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

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

Products made from primarily extracted or recycled raw materials are used every day. Raw materials are therefore an indispensable basis for our everyday lives.

With its Computer Science, Business Informatics and Computer Engineering courses, the Computer Science degree programme trains the digitalization experts of tomorrow.

The degree course is not just about manufacturing efficient, high-quality products, but about constantly making new contributions to solving urgent problems in business and society.

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

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.

Raw materials - essential for Germany as a competitive future business location Products made of primary or recycled raw materials are used every day.

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 and chemical engineering are concerned with all aspects of the conversion of materials and energy.

Business chemistry students at TU Clausthal acquire broad knowledge and develop competences in various fields.

This degree program produces specialists for all those areas where business administration and engineering overlap.

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

The Master's degree course is material and process-oriented and offers a wide range of options for individual specialization with the two fields of Applied Chemistry and Polymer Chemistry.

The Master's degree program is application-oriented and interdisciplinary. The computer science subjects are further deepened and tested within the digitization projects from the six application areas.

Future autonomous systems in industry and transportation require research in measurement, control and automation technology.

Energy and Materials Physics offers the unique opportunity of a thematically broad and in-depth education in materials physics and materials chemistry of renewable energy technologies.

The broad training opens up a wide range of fields of activity in all companies associated with the energy transition, especially in management and development activities.

The Master's degree course is characterized by its interdisciplinary programme from the fields of applied geosciences, geoinformatics, geomatics, environmental geotechnics and environmental protection engineering.

Become an expert in current topics in computer science, such as artificial intelligence, human-computer interaction, energy informatics, computer graphics, big data, and hardware and software engineering.

Training engineers with problem-solving skills for Industry 4.0 and strong expertise in product development, production and automation technology and data science.

Students acquire engineering and interdisciplinary qualifications that enable them to work individually in the industries and fields of mechanical engineering.

The requirements for the functionality and cost-effectiveness of consumer goods and everyday products are becoming increasingly complex.

Our Mining Engineering students will be trained in a diversity of fields regarding the raw material production.

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.

Decision-making in management often involves close interrelationships between business issues and matters of engineering.

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.

The master’s program imparts the more in-depth expertise that is required for positions of responsibility, particularly in research and development.

Start of studies planned for winter semester 2025/2026. Applications are expected to be possible from May 2025. Business Chemistry combines the subjects of Business Administration and Chemistry and is part of the Circular Economy at Clausthal University of Technology.

Business informatics performs an interface function between computer science, which is often technically oriented, and application-oriented business administration.

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.

Excellent career opportunities, e.g. in the automotive and aviation industries, in telecommunications and transportation companies, at banks and insurance companies or at energy suppliers.

The Master's degree program combines content from engineering, natural sciences and computer science for the development and implementation of complex technical systems.