Institute for Business Operations and Logistic

The institute is teaching the fundamentals of technical business economics, production and information technology for the studens of mechatronic an mechanical enginieering. Thinking in higher-level contexts, as well as the reference to sustainability, plays an important role. Focused cruss-cutting topics are:

integrativ informationsystems for modelling of business process
raising efficiency in the value chain
manufacturing planung (REFA Method)
Order management, production planning and control (PPS).

Business organization deals with the analysis and design of technical-organizational business processes. Logistics is taught holistically with the special aspects of factory planning, factory operation as well as reorganization according to the motto "learning to see".

The institute offers students and companies active support for practice-related problems on the above-mentioned topics.

Creating and maintaining value without waste

As an institute, we focus on creating and maintaining value in a sustainable and resource-conserving manner by avoiding waste and placing efficiency at the center of our actions.

Courses

You can find our courses with the teaching language german on our german institute page.

Courses Bachelor

coming soon…

Our learning rooms on Moodle

Research

The term of "digital twin" is wide-ranging. It already refers in the industrial context to digital product images, digital images of manufacturing facilities and processes or the interaction of the digital twin with the real world / the imaging IT systems.

The core competence of the Institute for Business Operations and Logistic is enterprise and production management with the help of suitable operational IT information systems. In our institute we are using (for teaching) the IT systems SAP (ERP system) and WITNESS (factory simulation). Through neighboring institutes an integration of Siemens Teamcenter (PLM system) is perspectively possible. Two other included main topics in our institute are: the LEAN approach of a human-oriented and economic manufacturing and its, as well as the university-wide cross-sectional topic of sustainability.

The organization and execution of the order fulfillment process have been digitized in the past, but often separated by kind of system for historical reasons. In the future, this information should grow together to form a holistic digital twin of the manufacturing system and should help for detailed predictions in order planning as well as in the manufacturing process with focusing on humans and their needs. The goal of this research area is not to digitize or replace humans, but rather the integration of the humans capabilities into the process.