Mangold Observation Studio in the aerospace industry

Evaluation of the behaviour of air traffic controllers

Mangold Observation Studio is used as a central tool to analyse the interaction of air traffic controllers during stressful situations, capturing physiological data and facial expressions of air traffic controllers during stressful situations.

The comprehensive data collection enables the identification of stress patterns and provides a deep insight into the controllers' reactions to challenging situations. In particular, physiological data is used to capture stress-related changes, while facial expressions reflect emotional reactions.

The collected data will be thoroughly analysed in order to gain in-depth insights into how air traffic controllers cope with stress. The resulting findings not only support the development of targeted training programmes for air traffic controllers, but also contribute to the creation of optimal working environments aimed at minimising stress in stressful situations.

Improving the efficiency of maintenance work

To improve the efficiency of maintenance and repair work, the Mangold Observation Studio software acts as a central tool for recording the physical interactions of technicians with aircraft components. The comprehensive data collection enables precise analysis of work processes during maintenance and repair work

In particular, physical interactions between technicians are recorded in order to identify potential optimisation potential in the work processes. The collected data is then thoroughly analysed to gain in-depth insights into how to increase the efficiency of maintenance and repair work.

These findings are not only used to identify potential improvements in work processes, but also support the development of tailored training programmes for technicians.

Development of effective training programmes

In the development of effective training programmes for pilots, the Observation Studio is used as a key tool to record eye movements and physiological reactions of trainee pilots during flight simulations.

The comprehensive data collection enables a detailed analysis of the behaviour and physical reactions of prospective pilots during simulated flight conditions. In particular, eye movements are recorded to understand attention distribution, while physiological responses provide insights into stress levels and emotional distress.

The collected data is then carefully analysed to identify individual needs and challenges of the pilots. The resulting findings serve as the basis for adapting training programmes to the pilots' specific requirements and abilities.

Improving the equipment

To improve the design of spacesuits, the Observation Studio serves as a key instrument for recording the movements and physiological reactions of astronauts during spacesuit use.

The comprehensive data collection enables a detailed analysis of the interaction between the astronauts and their spacesuits. In particular, movement patterns and physiological reactions are recorded in order to gain insights into the ergonomics and comfort of the suits.

The data collected will be analysed in detail to identify specific requirements and possible optimisation options, particularly with regard to longer space missions.

The knowledge gained will serve as a basis for targeted improvements to the design of spacesuits in order to optimise their ergonomics and comfort and to better meet the specific requirements of astronauts during long-duration missions.