Sensory Feedback in Human-Machine Interaction in Virtual Test Environments

  • Subject:Virtual Product Development, Mixed Reality, Human-Computer Interaction, User Studies
  • Type:Bachelor-/Masterarbeit
  • Tutor:

    Jill Hemberger, M. Sc.

In the early stages of product development, technical systems are increasingly being tested in virtual environments even before physical prototypes exist. This enables early evaluation of product behavior and human-machine interaction while significantly reducing resource requirements.

For a valid evaluation, it is crucial that users experience the virtual system as realistic. Sensory feedback such as sounds, vibrations, or haptic signals plays a central role in this: Their level of detail and design influence how realistic the virtual system is perceived to be and how users behave in response. It remains unclear what requirements sensory feedback must meet to enable a realistic and meaningful evaluation of technical systems.

Task

The aim of this thesis is to investigate and evaluate design aspects of virtual test environments for technical systems in early-stage product development. The findings are intended to contribute to the further development of virtual test environments and lay the groundwork for their effective use in product development.

Profil

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  • You are studying mechanical engineering, mechatronics, electrical engineering, computer science, engineering, or a similar field

  • Structured, independent, and conscientious approach to work

  • Fluency in German or English

  • You are interested in test benches and conducting studies

  • Knowledge of MATLAB and experience with Unity would be beneficial, but are not required

If you're interested or have any questions, please message me!