Observation of the evolution of occupational health and safety (HSE) systems reveals a complex picture of systemic change. The regulatory framework is undergoing massive shifts: moving away from a rigid prescriptive model toward a risk-based approach in the updated Section X of the Labor Code of the Russian Federation demonstrates a drive to adopt global best practices. Russian enterprises are actively mastering Vision Zero concepts, the 5S system, and ISO 45001 standard principles. However, during the actual implementation of these ideas in the workplace, we encounter objective structural barriers.
The Western EHS (Environment, Health, and Safety) model, which works effectively in modern tech and industrial companies, relies on preventive engineering and treating employees as key assets. In this model, safety culture is built on trust and empowerment at the local level, where a worker's right to stop a potentially dangerous process is a normal part of the job.
The domestic occupational safety system, historically shaped by a planned economy, traditionally relies on strict oversight and rigid regulations. Attempts to embed Western concepts—which demand high autonomy and mindfulness—into an existing administrative framework often lead to simple copying of external forms without altering the core essence. Safety leadership initiatives that sound impressive at the corporate strategy level inevitably clash with strict demands to meet production or financial targets once they reach the shop floor.
Any analysis of employee behavior is incomplete without considering the physical parameters of the working environment. How space is organized largely dictates how people behave. In this context, the main challenge is operating legacy "Brownfield" assets—factories built back in the industrial era.
Modern high-tech facilities ("Greenfield" projects, built from scratch) rely on the principle of safety by design. Engineering solutions—from aisle widths to automated interlocking systems—are designed to minimize the human factor. The environment is built to physically prevent the consequences of worker error or fatigue. Higher levels of control—complete hazard elimination and engineering controls—are built directly into the infrastructure.
In contrast, a significant portion of Russian production assets consists of "Brownfield" facilities designed according to obsolete ergonomic standards. Comprehensive modernization of such facilities, requiring structural overhauls, involves costs that often exceed a company's financial capacity.
Due to these constraints, the focus of safety management inevitably shifts to the lowest levels of control—administrative measures and personal protective equipment (PPE). Lacking the physical capability to fully leverage modern engineering, the system compensates for environmental hazards by tightening paper-based controls over worker actions. A contradiction arises: cutting-edge standards require managing the environment itself, while the reality of legacy facilities forces organizations to adapt the human worker to poor conditions.
Under these conditions, the function of health, safety, and environment (HSE) departments changes significantly. The perception is growing that the HSE role has become dualistic. Positioned between top management's expectations (implement Vision Zero, compile polished corporate reports) and the harsh reality of shop-floor production, safety specialists are forced to act as a buffer.
In professional circles, this phenomenon is described as the gap between Work-as-Imagined and Work-as-Done. Attempting to satisfy business demands for modern safety practices without budgets for modernization, HSE teams often resort to creating a cosmetic facade. They draft complex standards, conduct behavioral safety audits, and generate massive paperwork, constructing an ideal risk management model on paper.
However, this paper-based model exists in parallel with actual production. When technical malfunctions occur, a worker on the line or in field operations is often forced to prioritize operational continuity, bypassing formal safety procedures to meet quotas or KPIs. As a result, an HSE system intended as a tool for real engineering control risks turning into a legal liability shield for the company, drifting away from actually protecting the worker.
Management often views rule violations by frontline personnel as a consequence of ignorance or a poor safety culture. However, psychological analysis reveals that this view is far from straightforward; in many cases, worker behavior is entirely logical and driven by their working conditions.
From the perspective of A.N. Leontiev's Activity Theory, human behavior is driven by primary motives. Under a piece-rate bonus compensation system, a worker's primary motive is earning income by fulfilling output targets. Corporate safety requirements become an imposed objective that requires additional time to fulfill. A conflict emerges: attempting to work safely risks losing bonus pay. Workers reject new rules not out of a lack of understanding, but because their psyche naturally protects their core financial interest.
Psychology describes the set theory—an unconscious readiness to act out of habit. Prolonged work in a hazardous environment conditions employees to ignore background risks. On the shop floor, people mostly operate on "autopilot" (System 1 according to Daniel Kahneman) to conserve mental energy. Demanding continuous risk assessment forces an individual to constantly deploy energy-intensive analytical thinking (System 2). Amid physical fatigue and information overload, the brain inevitably reverts to habitual "autopilot" actions, even when risks are involved.
People respond not to words, but to the actual attitude shown by management. If company posters declare health and safety as the top priority while a supervisor strictly demands output at all costs, the worker recognizes double standards. These conflicting signals devalue official safety policy in the eyes of the workforce. HSE regulations come to be viewed not as protective tools, but as yet another administrative hurdle.
Understanding the financial limitations of legacy manufacturing facilities and human psychology calls for a pragmatic approach to reshaping safety management. Complete overhaul is not always feasible, but adjusting localized workflows can trigger qualitative transformation. Below are several example measures for such adaptation:
Authorized Time for Risk Assessment ("Ninety Seconds"): Formally allocate dedicated time for workers to evaluate risks prior to non-standard operations. Eliminating financial penalties for pausing to perform risk analysis reduces the conflict between production quotas and safety.
Eliminating Blame-Seeking: A culture of trust requires identifying root causes rather than scapegoats. Enacting an official ban on penalties—up to an executive directive signed by the CEO—when an employee halts work due to a health hazard is a critical step. The company must genuinely safeguard the right to a safe workplace, and employees must feel this commitment in practice.
Clear, User-Friendly, and Actionable Instructions: Drawing on the current regulatory framework (including Order No. 772n of the Ministry of Labor of Russia), safety instructions should be revised. They must be user-friendly: concise text, clear structure, and visual equipment photographs. An instruction manual should serve as a clear operational algorithm rather than a legal shield.
Encouraging Reporting of Minor Incidents: Managing risks without honest statistics is impossible. Reporting near-misses or minor injuries must not lead to punishment or bureaucratic red tape. On the contrary, uncovering hidden hazards before a serious accident occurs should be rewarded.
Empowering Line Managers: The success of a safety policy hinges on foremen and shift supervisors. HSE teams should strive to act as advisors to line managers rather than overseers. Integrating clear safety metrics directly into line managers' responsibilities aligns HSE compliance with operational targets.
Linking EHS Metrics to Bonuses: Piece-rate pay aimed strictly at volume requires balancing. A portion of bonuses should be tied to qualitative metrics (adherence to 5S order, correct application of Lockout/Tagout (LOTO) systems, assisting in hazard identification, etc.). Financial incentives must support safety and be tangible.
Peer Support and Cross-Checks: Easing top-down pressure can be balanced by non-bureaucratic horizontal cross-checks. Peer-to-peer workplace inspection practices build collective responsibility, gradually turning safety into an intrinsic team norm.
Enhancing Visual Workplace Controls: Cognitive overload is effectively mitigated by clear visual cues. Bright zone markings, intuitive floor navigation, pedestrian-forklift path segregation, tool shadowing, designated waste storage areas, and more—all reduce the need for constant environment analysis. The more intuitive the environment, the better "autopilot" reactions shield individuals from error.
In conclusion, addressing industrial safety challenges in Russian facilities is as much a cultural task as a technical one. Rushing to adopt Western standards without accounting for legacy infrastructure and piece-rate pay only results in cosmetic compliance and pushback from the workforce.
A meaningful evolution of the HSE system requires viewing workers as partners rather than violators who merely need supervision. Understanding why people break rules (conflicting motives and ingrained habits) enables smarter workflow design. Authorizing time for risk assessment, eliminating punishment for mistakes, providing clear instructions, and holding managers accountable for safety are key steps toward bridging the gap between paper theory and shop-floor practice.
Updating the regulatory framework for occupational health and safety is just the beginning. A genuine transition to safe operations occurs when the management system stops fighting natural human behavior and begins integrating it into the production process.