The integration of information technology as integral part of modern mechanical engineering and the linkage of research and education to industrial needs are our fundamental targets
due to the current situation, all DiK employees will continue to work from home until further notice. The telephones will be redirected accordingly.
The PC rooms of the IiM in the GPZ (L1|10) are closed until further notice by order of the dean.
The courses of the DiK will be held as face-to-face teaching in SS 22 and WiSe 22/23. The lectures will also be digitally transmitted and supplemented by additional digital materials such as demonstrations and exercises.
The face-to-face teaching will start on 01.04.2022 and 01.10.2022 respectively and will take place on the weekdays and times listed in the schedule (see TUCaN). The available room details for the individual dates in TUCaN represent the planning of the face-to-face events and will again be carried out in full. The technical access to the online teaching takes place via Moodle. In the events in which there are exercises, the group allocation also takes place via moodle.
The DiK broadcasts especially the lectures in the semesters via livestream. You will find a link to participate in the live lecture in the respective moodle course of the course in the corresponding week. The link directs you to the video platform Panopto, which is used for the livestreams.
The integration of information technology as integral part of modern mechanical engineering and the linkage of research and education to industrial needs are our fundamental targets.
Besides our lecture concerning information technology and programming languages in the first semester, we are introducing students in the second semester to 3D-CAD based methods of geometric modeling. This approach initiated the move from a drawing board based course to an education based on parametric geometry modelling using 3D-CAD systems (also known as “Darmstädter Weg”).
The principles and methods of processing product data are still quite challenging. To understand product data, product data flows and product data processing, the holistic approach of Virtual Product Development has been chosen for education and research. Therefore Virtual Product Development is offered as a series of courses for graduates.
In research, the Department of Computer Integrated Design connects the four research fields “Information Modeling”, “Virtual Product Creation”, “Collaborative Engineering” and “Digital Factory”. By the evolution of information and communication technology, economy faces the 4th Industrial Revolution. To ensure competitiveness of Germany as production site, the Plattform Industrie 4.0 has been founded. Prof. Dr.-Ing. Reiner Anderl is the spokesman of the scientific advisory council. The Department of Computer Integrated Design supports the transfer of knowledge from science and research into industrial environment. The scientific expertise of the Department of Computer Integrated Design is continuously enhanced by numerous and cooperation with industry. If you want to learn more about Industrie 4.0, you are invited to contact the Department of Computer Integrated Design as competent advisor. research projects