Bachelor
Our Bachelor's Programs
Chemical and Process Engineering and Bioengineering are interdisciplinary engineering sciences located at the interface between mechanical engineering, mathematics, and the natural sciences. Building on these fundamentals, students learn the most important unit operations that can be found in a wide variety of processes and practical applications. Specialization and in-depth study options are continuously adapted to current research. The research-oriented teaching concept already integrates students into ongoing research activities of the institutes through small-group projects during the bachelor's program.
The bachelor's program in Chemical and Process Engineering (CIW) and the bachelor's program in Bioengineering (BIW) are classic engineering degree programs that provide a solid foundation in the natural and engineering sciences. Both programs have a regular study period of six semesters.
Chemical and Process Engineering
The bachelor's program in Chemical and Process Engineering combines engineering and natural sciences. While the first semesters focus on acquiring in-depth fundamentals in mathematics, chemistry, physics, materials science, technical mechanics, design theory, and thermodynamics, the fifth and sixth semesters focus on process engineering.
Bioengineering
The bachelor's program in Bioengineering combines engineering and natural sciences. At the beginning, students learn the fundamentals of mathematics, chemistry, biology, technical mechanics, numerics, and apparatus engineering. In-depth knowledge of thermodynamics, fluid dynamics, etc. enables an understanding of technological processes. Students will gain knowledge of not only biotechnology but also all unit operations. In addition to lectures, course content is taught in laboratory courses.
Teaching Degree Program NwT
The Science and Technology (NwT) teaching degree program combines engineering and natural sciences in preparation for a career teaching at general secondary schools. This interdisciplinary program covers the fundamentals of the natural sciences, including biology, chemistry, and physics, while focusing on engineering sciences such as machine design, technical mechanics, electrical engineering, information technology, process engineering, technology assessment, building design, and building physics. Later, two technical elective areas are studied in greater depth. The program also includes subject didactics, school-practice-oriented project work, educational sciences, and school practice phases.