The research and development activities of the Product and Systems Engineering Group focus on:
holistic system development process from requirements analysis to verification/validation,
related target-oriented development methods (e.g. DfX, Robust Design, V&V) and
purposeful modelling of the technical system (e.g. principle solutions, SysML) and tools (e.g. CAx)
In doing so, special emphasis is placed on:
close cooperation with industry,
creativity in the use of physical, chemical, biological effects for the realisation of technical purposes,
graphical user- and task-oriented presentation of the results as sketches, architectures, principle solutions, technical drawings as well as computer models (including the use of audio-visual VR technologies)
as accurate as possible predetermination and optimisation of the properties of a product
work in interdisciplinary teams (electrical engineering, electronics, computer science, natural science, ergonomics, manufacturing, industrial design, business administration, ...)
Teaching
The aim of teaching at the department of "Product and Systems Engineering" is to build up technical and methodogical competencies in students from different courses of study:
solid basic training in product development
continuity of training throughout the entire course of study
interdisciplinary, practice-oriented and project-based application of teaching content
methodical and systematic work
teamwork and individual supervision
- Faheem, F., Li, Z., Husung, S., (2023): Analysis of potential errors in technical products by combining knowledge graphs with MBSE approach in: Engineering for a Changing World: Proceedings; 60th ISC, Ilmenau Scientific Colloquium
- Li, Z., Faheem, F., Husung, S. (2023):Systematic use of model-based solution patterns using the example of a load cell, in: Engineering for a Changing World: Proceedings; 60th ISC, Ilmenau Scientific Colloquium
- Husung, S.; Koch, Y.; Welzbacher, P.; Kraus, B.; Roehnert, F.; Faheem, F.; Kirchner, E. (2023):Systemic Conception of the Data Acquisition of Digital Twin Solutions for Use Case-Oriented Development and Its Application to a Gearbox. Systems 2023, 11, 227.
- Zerwas, T.; Jacobs, G.; Kowalski, J.; Husung, S.; Gerhard, D.; Rumpe, B.; Zeman, K.; Vafaei, S.; König, F.; Höpfner, G. (2022):Model Signatures for the Integration of Simulation Models into System Models. Systems 2022, 10, 199.
- Harfensteller, F.; Henning, S.; Zentner, L.; Husung, S. (2022):Modeling of corner-filleted flexure hinges under various loads, Mechanism and Machine Theory, Volume 175