Project ViSUS PRO
think sustainable - think virtually
The ViSUS PRO (virtual and sustainable product development) project aims to develop a teaching and learning environment, consisting of an xR lab with a specific test bench, which will enable students to acquire skills in sustainable product development through innovative learning formats.
The test bench allows products to be virtually tested and validated using xR technologies (VR and XR headsets, Rokoko Smart Suit, as well as powerful hardware and software components).
This approach helps save costly physical prototypes during the development process and conserves resources. It aligns with the principles of sustainability and enables resource-efficient product development. The use of xR technologies in education and teaching also promotes digital skills that future engineers will need for their career entry. A first practical example (development of health-promoting light functions) demonstrates the immediate application of these technologies in the curriculum.
Moreover, this innovative teaching and learning environment aims to spark interest in STEM subjects among future students.
Invitation to the Online Event "ViSUS online"
In a time when digital technologies are increasingly influencing our daily lives, we would like to introduce you to the fascinating possibilities of our virtual teaching/learning environment and discuss with you how it can be applied in various fields, particularly in the mobility of tomorrow and innovative lighting functions.
Therefore, we would like to invite you to a unique event in early October in Magdeburg as part of the ViSUS Pro project, which is supported by the Foundation for Innovation in University Teaching (StIL) at the Magdeburg-Stendal University of Applied Sciences. In addition to the latest insights from research and development, we will offer exciting insights into the virtual learning environment ViSUS Pro. This environment aims to virtually and sustainably validate lighting systems and their effects – without the need for expensive and time-consuming physical prototypes. Join the community and accompany us on this exciting journey.
Please note that the details of the event are still being finalized. More information will follow soon. If you are interested in participating, please send an email to Erik Janousch to receive the latest updates. A registration form is coming soon.
We look forward to welcoming you to our event!
The Project
Contact
project manager
Prof. Dr.-Ing. Benedikt Lamontain
Tel.: 0391 886-4241
E-Mail: benedikt.lamontain@h2.de
Visitor address: Building 10, Room 2.31
Projektträger:
Dieses Projekt wird gefördert durch die Stiftung Innovation in der Hochschullehre.
Förderlinie: FREIRAUM 2023
Förderdauer:
01.04.2024 - 31.03.2026
