Lecturer: Prof. Klaus Dilger, Dr.-Ing.
Start: see StudIP
Degree: Master
Credit points: 5
Module number: MB-IFS-10
Rotation: summer semester
With this module, students acquire the theoretical foundations and methodological knowledge of the various components of a quality assurance system and their implementation in the company as a whole, both in general and for beam technology manufacturing processes in more concrete detail. They will be able to convert customer requirements into measurable quality features (QFD), analyse quality risks (FMEA) and contain them step by step (DOE, KVP), examine manufacturing processes for robustness and make them accessible for quality control (SPC, zero-defect strategy), design process-integrated quality inspections in laser material processing, process quality data and also manage them for networked manufacturing systems (QIS, TQM).
High production rates, strong cost and time pressure as well as increased demands on component safety, functionality and environmental compatibility make quality management indispensable in joining technology and thermal separation processes as well. The transition from series production to individualized production on highly networked production facilities (Industry 4.0) represents an additional challenge.