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Human motion analyzer AI for digital factory workplace design

Today, AI models are enhancing the capabilities collaborative robots in production environment. However, there exist several open questions regarding the implementation of AI models for enhancing human comfort in production environment, e.g., by reconfiguring workplace design. In this aspect, this thesis aims to investigate how AI models can help to improve workplace designs based on human motion analysis. The student will look into previously developed latent space based motion models and develop human motion analyzer AI that generate new workplace design. The simulation will be implemented using the Unity3D engine.

Human motion analyzer AI concept

Ansprechpartner: Tadele Belay Tuli, Dr.-Ing.
Telefon: +49 271 740 - 2266
E-Mail: tadele-belay.tuli@uni-siegen.de

Human motion analyzer AI for digital factory workplace design

Today, AI models are enhancing the capabilities collaborative robots in production environment. However, there exist several open questions regarding the implementation of AI models for enhancing human comfort in production environment, e.g., by reconfiguring workplace design. In this aspect, this thesis aims to investigate how AI models can help to improve workplace designs based on human motion analysis. The student will look into previously developed latent space based motion models and develop human motion analyzer AI that generate new workplace design. The simulation will be implemented using the Unity3D engine.

Human motion analyzer AI concept

Ansprechpartner: Tadele Belay Tuli, Dr.-Ing.
Telefon: +49 271 740 - 2266
E-Mail: tadele-belay.tuli@uni-siegen.de