Ensuring Safe Working Conditions with Mobile Elevating Work Platforms

The diploma thesis examines the conditions, requirements and procedures for ensuring safe and efficient work with mobile elevating work platforms. The research demonstrated that human factors – such as experience, proper understanding of operating instructions and the ability to recognise hazards – are equally important as the technical parameters of the equipment. The research findings confirm that a comprehensive approach, which combines compliance with legislation, appropriate work planning, technical reliability of elevating work platforms and continuous training of employees, significantly reduces the likelihood of accidents, injuries and technical failures.

Solution and Method

The diploma thesis examines the conditions, requirements and procedures for ensuring safe and efficient work with mobile elevating work platforms. The purpose of the research was a comprehensive analysis of the key factors affecting safety when using these devices, and to formulate solutions that will contribute to improving the technical, organisational and human aspects of safe operation. Particular emphasis was placed on legislative requirements, technical standards, proper equipment selection, and the role of operators and employers in maintaining a safe working environment.

The analysis included a review of applicable legal foundations, European and national standards, risk assessment procedures and documented examples of hazards when working at height. The importance of professional competence of operators, technical soundness of elevating work platforms, regular inspections and maintenance, and consistent implementation of organisational measures, which together form the foundations for risk reduction, is emphasised.

Results

The research demonstrated that human factors – such as experience, proper understanding of operating instructions and the ability to recognise hazards – are equally important as the technical parameters of the equipment. The research findings confirm that a comprehensive approach, which combines compliance with legislation, appropriate work planning, technical reliability of elevating work platforms and continuous training of employees, significantly reduces the likelihood of accidents, injuries and technical failures. The proposed measures, amongst which the digitalisation of inspection records, introduction of smart sensors for monitoring equipment condition and regular refresher training for operators stand out, additionally contribute to greater reliability, transparency and optimisation of work processes.

The thesis concludes that safe work with mobile elevating work platforms is a dynamic process that requires continuous monitoring, ongoing adaptation and a high level of responsibility from all involved parties. Only through systematic and comprehensive risk management is it possible to ensure a safe working environment and reduce the hazards that accompany work at height.