Türkçe
Advanced Working at Height Training is a professional technical expertise program offered within the framework of international occupational safety protocols and the Occupational Health and Safety Law No. 6331 in our country. These trainings are designed to fully cover TS 13885 standards. Pursuant to the “Regulation on the Procedures and Principles of Occupational Health and Safety Training of Employees”, it is a legal obligation for personnel working in high-risk areas to be protected from potential risks and to practically learn operational rescue methods.
Advanced Working at Height Training and Risk Analysis Engineering
Advanced working at height training provides participants not only with legal regulations but also with the ability to analyze physical laws and hidden dangers in the field. The requirements of high-risk areas such as industrial plants, wind turbines, energy transmission lines, and deep stations are meticulously examined. Within the scope of the training, technical concepts such as Fall Factor calculations, fall dynamics, and EN 363 standard fall arrest systems are detailed to raise the field awareness of the personnel to the highest level.
In this process, the integration of passive and active protection systems, collective protection methods, and strength analysis of anchor points are of critical importance. Under the title of emergency planning, professional guidance is provided on the management of occupational accidents, Clearance Distance calculations, and the pre-detection of hazardous situations.
Applied Techniques and Personnel Rescue Operations
In the practical phase of the training program, participants transform their theoretical gains into real-world scenarios. This module is built specifically on casualty management and technical access disciplines:
- PPE Management and Inspection: Correct selection, donning of Personal Protective Equipment (EN 361, EN 358, EN 813), and technical criteria for periodic PPE inspections.
- Lifeline Operations: Safe working and line transfer methods on permanent and temporary horizontal/vertical lifelines.
- Mechanical Advantage Systems: Load transfer practices with 3:1 and 4:1 pulley systems used in rescue operations.
- Positioning in the Field: Use of work seats, installation of cantilever anchor arms, and station preparation techniques.
- Emergency Response and Evacuation: Controlled lowering of personnel suspended at height to a safe zone and professional response maneuvers against life-threatening suspension trauma situations.
