Specialist Qualification – A Key Factor in Construction Safety and Quality

Qualification as the Foundation of Safety in Megaprojects

In large-scale construction, where the workforce numbers in the tens of thousands, personnel qualification becomes more than just a line on a resume — it is a critical factor determining the safety and timeline of a project. Alexander Kobzev, Head of HSE at NIPIGAS JSC, shares practical risk management experience using the construction of the Amur Gas Processing Plant as an example — a project where over 30,000 people worked at the peak of mobilization.

The speaker analyzes a situation where a sharp spike in personnel numbers (from 5,000 to 22,000 people in six months) led to an increase in injury rates. The analysis showed that the formal possession of certificates did not guarantee actual skills: many workers were on a construction site for the first time. This caused not only work stoppages and a decrease in productivity but also led to tragic consequences — two fatal accidents due to technological violations.

A Systematic Approach to Solving the Problem

To stabilize the situation, the project team developed and implemented a triad of programs aimed at comprehensive qualification and safety management.

1. Modernization of the Management System

The presentation details the approach to headcount rationing. A strict ratio of line engineering and technical personnel (ETP) to workers was established (e.g., 1:20 for working at heights), which ensured real control over task execution. In addition, organizational and technical documentation was translated into the languages of the main worker groups (including English and CIS languages), which removed the language barrier and reduced the number of technological violations.

2. Incoming Inspection and Knowledge Verification

The speaker demonstrates by example how formal document checks were replaced by a multi-stage incoming inspection. Training centers issuing "fake" certificates were identified, and a blacklist of unscrupulous organizations was formed. In parallel, a testing system was introduced: site access (and the receipt of a corresponding hard hat sticker) was granted only after confirming actual knowledge.

3. Continuous Learning and Field Training

Special attention was paid to practical training. Classrooms and training grounds were deployed at shift camps and directly on the construction site. Integrated teams of trainers conducted training both before entering the site and during work. The introduction of VR simulators for practicing skills for working at heights and with lifting mechanisms allowed for the safe simulation of complex situations.

Results and the Economics of Safety

The implementation of these programs reduced the number of fatalities to zero and cut the number of work stoppages due to violations by four times. The speaker emphasizes the economic viability of investing in safety: a site downtime due to a fatal accident cost 140 million rubles, which vastly exceeds the costs of organizing classrooms and maintaining a staff of trainers.

What you will learn from this webinar:

• How to manage safety during the rapid mobilization of thousands of unskilled workers?
• What is the optimal ratio of ETP to workers for controlling high-risk work?
• How to build an effective incoming inspection and screen out holders of purchased certificates?
• How to organize mass personnel training considering language barriers?
• How to justify investments in field training centers and trainers to management?