The Department of Computer Integrated Design
The Department of Computer Integrated Design (DiK) is part of the Faculty of Mechanical Engineering of the Technische Universität Darmstadt. 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. Moreover the DiK is positioned as the competence center of information technology affairs within the faculty.
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”).
Core competence: Virtual Product Development
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 consisting of Virtual Product Development A, B and C, covering CAD systems technology, CAX-process chains, product data management as well as methods and tools for product and process specification and modelling.
Research perspective: Industrie 4.0
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. The Federal Government of Germany has set up its High-Tech-Strategy 2020 in order to support the research initiative Industrie 4.0. Industrie 4.0 is characterized by four fundamental approaches: Deployment of cyber-physical systems, networking and communication based on modern internet technologies, components and manufacturing resources as information carriers and a holistic concept for safety and security. This enables the application of smart, connected products and manufacturing resources throughout the entire product lifecycle in smart environments. 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 research projects 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.
Wir freuen uns auf ein Jahr voller spannender Projekte und Zusammenarbeiten sowie vielen tollen Augenblicken. Insbesondere freuen wir uns dieses Jahr über das 25-jährige Bestehen des DiK!
Wir wünschen Ihnen allen für das neue Jahr alles erdenklich Gute, Gesundheit, Erfolg und Glück!
Ihr Reiner Anderl und das gesamte DiK-Team. weiter
Über das DiK Forschungslabor ist in den WiGeP-News (Wissenschaftliche Gesellschaft für Produktentwicklung) ein Artikel erschienen, in dem das Forschungslabor beschrieben ist.
“A swarm of small satellites – made from standard components in a space factory – and ready for operation within a month of receiving the order! Impossible?”
We do not consider this impossible! It is expected that one day satellites can be produced in orbit. The question is not “if” but “when”. This question is the starting point of the joint project “Space Factory 4.0”, which will be funded from 1st December for one year by the German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt – DLR) and the Federal Ministry for Economic Affairs and Energy (BMWi) go