Cooperative study programme with orientation semester; Extended initial study phase; Get to know the university and university of applied sciences. Broad basic training; High proportion of practicals; Project work in the first and fourth semesters with early introduction to research; Exercises in small groups; flexible transition to the Master's degree programme; Study abroad and work placement abroad, from the third semester. academic year. Four areas of specialisation to choose from: Energy Engineering, Micro- and Nanoelectronics, Computer Science and Communications Technology, Biomedical Engineering

English-language Master's degree programme: Five areas of specialisation: Biomedical Systems Engineering, Communications Engineering, Electrical Power Engineering, Micro- and Nanoelectronics, Systems and Automation; Including optional study profiles, a wide range of options; Numerous first-rate exchange programmes worldwide (T.I.M.E. double degree); Integrated industry work placement.

Our international links enable our students to expand their cross-cultural skills at renowned universities around the world. Students can spend one or two semesters studying abroad at one of our international partner universities during the Bachelor's or Master's degree course, either as "free-mover" or within the ERASMUS programme. In addition, we offer double degrees within the framework of the so-called T.I.M.E. programmes. Our foreign partners are the French Écoles Centrales, KTH Stockholm, CTU Prague, UPC Madrid, Keio Tokyo, and others.

Due to the top position in research, students in all our teaching and research areas have access to the latest technology: Various study rooms with PC workstations, laboratories (clean room, chemistry, electrical laboratory), workshops (mechanics, electrics and electronics), CAVE space for projecting three-dimensional virtual reality environments, part of the e-mobility conurbation (E-Mobility-Ballungsraum) for developing and improving electric cars, especially battery storage technology, PC cluster for highly parallel computer architectures, Germany's most modern antenna measuring facility, real time digital simulator.

The research specialisations are: Energy and Environment; Information, Communication & Electronics; Information Technology Systems; Micro- and Nanoelectronics as well as Medical Technology. An interdisciplinary approach is a top priority, for example, in collaborations within the E.ON Research Centre or the Jülich Aachen Research Alliance (JARA). The faculty has a space facility (CMNT), which is unparalleled in the university environment. Coordinating participation in 6G-Hub, Cluster4Future Neurosys. The exciting area of neuromorphic computing is currently being expanded with new appointments.