Making invisible processes visible in complex machines.
Bi-annual seminars for Mechatronics I and II involve experiments with machines, including simulation and parameter analysis of a DC machine or H-Bridge.
Experiments include wiring various machine components and circuits, the front of the device covered by circuit diagrams visible to students.
The specific technical realization of components (coils, capacitors, cooling fins, microchips) remains hidden due to wear and tear concerns from frequent unscrewing.
Virtual 3D models of these superstructures are created using photogrammetry or 3D CAD designs for better student visualization.
The Project aims to transform these 3D models into a digital guide, allowing students to
explore the experimental setup and examine individual elements independently.
Highlights and explanations of key elements included in a self-study format reduce the need for constant lecturer supervision.
The Project is implemented with Microsoft's HoloLens 2, leveraging augmented reality (AR) technology for a complete realworld experience with gesture-controlled virtual object interaction.
The Plan is to integrate the project within 3DVista, enabling the 3D models to be accessible as a web application on various devices (smartphone, tablet, PC).
This approach ensures long-term preservation and accessibility of the material for students with minimal administrative overhead.
Hardware:
HoloLens 2
In the future: Browser-based application, thus flexible.
Software: