WIFI - Welding Interaction in Future Industry

Start date: 01-10-2016

End date: 30-09-2018


  • Interaction Methods
  • Human-Computer Interaction
  • Personalization

Industrial Welding

Currently, there are about 4000 companies in Austria that train highly qualified welders. Application areas for welding technologies are broad and include, for instance, ventilation or heating engineering and pipeline, automotive, boiler or bridge construction. Despite recent advances in robotics technology in the area of welding, the majority of welding applications are manual ones.

Interaction Methods and Devices

Thus, human-machine interaction (in this case, between the welder and the welding unit) is essential for high quality of the overall welding process, e.g. regarding precision, speed and efficiency. Interaction does not only comprise starting and stopping the process but also the configuration of various parameters like current, arc length, or welding gas. The welding process is a highly precise artisanal task that strongly relies on accurate burner control using both hands. The welder’s eye focus has to stay with the arc and even the smallest movement can be the cause for inaccuracy. Thus, a significant functional impairment related to use of the upper extremities can be noted that is similar to the impairments of people with tetraparesis or quadriplegia. Interaction possibilities are currently limited to starting and stopping the process; some welding machines additionally offer restricted current adjustment options. All further parameters have to be configured via an external operating panel that is usually fixed to the welding power source, which, however, requires an interruption of the welding process.

Welding Interaction in Future Industry

The project “Welding Interaction in Future Industry” deals with novel interaction methods (e.g., based on mouth, head or voice control) in the domain of industrial welding that bear potential to significantly improve the current situation regarding speed (which again leads to increased productivity). The approaches developed in the project should allow for changing configuration options in real-time, i.e., during the welding process without having to interrupt it. Additionally, the project investigates output methods that allow for providing feedback regarding the quality of the current welding process (e.g., haptic feedback via the welder’s protective clothing).

Domain Transfer

The project relies on a unique domain transfer connecting the domains of industrial welding and assistive technology for people with impairments. Findings of many years of research in the area of interaction solutions for people with impairments should be transferred to the domain of industrial welding and the novel findings of the project should be transferred to the domain of assistive technology likewise. This two-way transfer allows for taking advantage of synergies that have not been exploited in the past. The concepts, methods and prototypes developed in the project will be evaluated scientifically and additionally regarding their economic potential.


  • The detailed inquiry and analysis of requirements related to interaction devices, methods and technologies in the broader context of industrial welding and for people with impairments
  • A comprehensive exploration of the industrial welding context
  • A conceptualization of interaction prototypes that meets the requirements of both target groups
  • A prototype-like implementation of interaction solutions (related to both input and output processes)
  • The evaluation of the prototypes with regard to their suitability for application in industrial welding and for people with impairments
  • A domain transfer between the industrial welding field and assistive technologies for people with impairments


M. Augstein and T. Neumayr,"A Human-Centered Taxonomy of Interaction Modalities and Devices",Interacting with Computers,vol. 31,no. 1,2019,doi:

M. Augstein, T. Neumayr and S. Pimminger,"WeldVUI: Establishing Speech-Based Interfaces in Industrial Applications",in Proceedings of INTERACT 2019 - 17th IFIP International Conference on Human-Computer Interaction,Paphos, Cyprus, Greece,2019.

M. Augstein, T. Neumayr, S. Pimminger, C. Ebner, J. Altmann and W. Kurschl,"Contextual Design in Industrial Settings: Experiences and Recommendations",in Proceedings of the 20th International Conference on Enterprise Information Systems,Funchal, Madeira, Portugal,2018,pp. 429-440.

T. Neumayr, M. Augstein, S. Pimminger, S. Schürz, M. Gstöttenbauer, W. Kurschl and J. Altmann,"From Assistive Technology to Industry and Back - Experiences with an Applied Domain Transfer",in Proceedings of the 16th International Conference on Computers Helping People with Special Needs,Linz, Austria,2018,pp. 541-551.

Project lead

Placeholder Picture for Mirjam Augstein

Mirjam Augstein


Picture of Thomas Neumayr

Thomas Neumayr

Picture of Mirjam Augstein

Mirjam Augstein

Picture of Werner Kurschl

Werner Kurschl

Picture of Josef Altmann

Josef Altmann

Placeholder Picture for Sebastian Pimminger

Sebastian Pimminger

Placeholder Picture for Patrick Weinberger

Patrick Weinberger

Funding Partners

Company Partners

Scientific Partners