Abstract
High levels of stress at work, great responsibilities, hazards and lack of balance between tasks and deadlines are common in the daily lives of many construction workers. E-health applications can help manage stress. Accordingly, an App is being designed to enable construction workers to (1) detect the onset of stress quite early, (2) track their stress status, (3) empower persons to cope with stressful and/or demanding situations in an adaptive way, (4) improve and streamline the operability of job tasks and (5) optimise efficient solutions for the construction industry. The development of this innovative app, known as Streblo, is part of a wider research that is studying stress management in the construction industry. Streblo’s blueprint will match personality traits with coping strategies in real-life situations. Its inputs are being generated from a field study that has commenced, where 23 structured interviews have been used to collect data from construction workers on their (1) personality and (2) behaviours while experiencing stress. Results of the data collection and analysis are being used to develop Streblo (an App) with IT experts. The paper reports the detail development and performance of Streblo’s prototype. Ultimately, users will be able to engage Streblo on electronic devices (mobile phones, tablets and computers) through both text and image-based communication, obtain real-time solutions and feedbacks on their stress status. Streblo will enhance and support attitude and behavioural changes in people who suffer from stress symptoms in the construction industry.
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Acknowledgements
Streblo is being developed within a European Commission (EC) project H2020-MSCA- IF- 2015/H2020-MSCA-IF-2015, Grant Agreement: 703236—‘Inhibiting Stress in the Construction Industry’ (INSTINCT). The authors are very grateful for this funding.
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Riva, S., Hampton, P., Chinyio, E. (2021). STREBLO: The App Prototype for Managing Stress in the Construction Industry. In: Ahmed, S.M., Hampton, P., Azhar, S., D. Saul, A. (eds) Collaboration and Integration in Construction, Engineering, Management and Technology. Advances in Science, Technology & Innovation. Springer, Cham. https://doi.org/10.1007/978-3-030-48465-1_79
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