In the Bachelor's degree course in Technical Chemistry, you will acquire basic chemical knowledge, practical skills for working in a chemical laboratory, an understanding of the implementation of chemical processes on a large industrial scale and the framework conditions that apply, and general scientific and technical knowledge and skills that can be used beyond the field of chemistry.

Process engineering is an interdisciplinary engineering science, with the fundamentals and applications of technical chemistry and mechanical engineering forming the focus of the course. A broad education in these two disciplines is therefore offered, giving students a solid foundation.

Environmental engineering is concerned with identifying, analyzing and solving complex problems relating to people, the environment and technology. Accordingly, this degree course is of great current and future importance. Graduates find jobs in both the public and private sectors, for example in planning offices, laboratories or environmental testing laboratories.

The Master's degree program in Technical Chemistry provides an in-depth, scientifically and methodologically high-quality education geared towards long-term knowledge, which opens the way for graduates to pursue further scientific and technical qualifications (doctoral studies), as well as enabling them to work in the chemical industry in particular and making them internationally competitive.

Graduates of the degree program have a broad understanding of the relationships between the composition, structure and morphology of materials and their chemical and physical properties, based on chemical and physical principles. Their chemical expertise enables them to synthesize, modify and characterize materials for different requirements.

Modern society faces the major challenge of ensuring that a constantly growing population is supplied with energy, food, medicines and everyday necessities in equal measure without continuing to place an excessive burden on the environment. At the same time, greenhouse gas emissions must be reduced in order to curb climate change.

This Master's degree program builds on the Bachelor's degree program in Process Engineering at TU Wien, but the curriculum can be adapted for graduates of a number of other related Bachelor's degree programs. As part of the Master's degree program in Process Engineering and Sustainable Production, students can choose between the following two specialisations: Plant and System Engineering and Chemical Engineering.

Current environmental problems such as climate change, air and water pollution, resource scarcity with increasing waste volumes and flood disasters pose major challenges for society, science and technology. As a result, there is an ever-increasing demand for experts who can identify, analyse and solve complex problems in the context of people, the environment and technology.

The Master's degree program in Materials Science aims to provide a broad and fundamental education in the scientific basis of materials as well as their production, investigation, characterisation and application. In addition to this specialised knowledge, graduates should also be able to assess and consider the social and ecological aspects of new materials.

Biomedical engineering is the combination of life sciences with traditional engineering sciences. The healthcare sector is placing ever greater and more fascinating technical demands on biomedical engineering under increasing demographic, ethical, ecological and cost pressures. The growth potential of biomedical engineering is highly valued.

The constant progress in science and technology is increasingly dependent on computationally intensive computer simulations. The need to carry out these computer simulations precisely and quickly has led to the international emergence of computational science and engineering as an independent and interdisciplinary field of research.

The doctoral program at TU Wien essentially comprises the student's own scientific research work. The new knowledge acquired makes an important contribution to the development of science. The dissertation at the end of the doctorate summarizes the results of this research work.