
Introduce total safety management and the safety risk management process, including risk assessment steps—identification, analysis, evaluation, and risk treatment—along with accident investigations and regulatory guidance.
Explore basic safety concepts in workplace safety management training, recognizing safety as relative and managed through technology, training, and regulation; identify latent conditions, triggering factors, and human performance gaps.
Understand human performance by comparing blame-based punishment with a context-rich approach that analyzes components and safety barriers, reducing adverse interactions and guiding containment to protect people and assets.
Explore the shel model and how human, technology, environment, and social factors interact to influence safety performance. Learn how interface design, procedures, training, and physical and psychological factors affect risk.
Explore how operational errors become violations of procedures and how safety systems use technology, training, and redundancy to reduce or tolerate errors, while addressing organizational culture and normalization of deviance.
Explore how organizational culture shapes safety practices, senior leadership's role, and employee behavior through policies, training, and engagement across national, professional, and organizational cultures.
Senior management drives safety reporting by identifying hazards, training personnel to recognize and report them, communicating header information at all levels, and safeguarding data to enable a non-punitive culture.
Safety management is framed as an organizational process and core business, delivered via a dedicated management system that aligns leadership, accountability, and resource allocation with safety and production goals.
Trace the evolution of safety management from individual blame to a holistic system, emphasizing daily data collection, reporting programs, and proactive risk controls in aviation and beyond.
Identify hazards, describe all likely consequences—not just the obvious—then apply proactive risk management to prevent harm to people, property, and ecological damage.
Identify hazards by three families—technical, health, and economic—covering natural events such as hurricanes and floods, epidemics, and material costs; emphasize internal/external data, ongoing training, and proactive safety management.
Learn hazard analysis to identify, classify, and manage safety risks across projects, using a safety library and safety information to balance production goals with safety.
Explains safety risk management as assessing probability and severity of hazards, then mitigating risks to a tolerable level using cost-benefit analysis and resource allocation to protect organizational viability.
Evaluate direct costs and indirect costs of safety failures, including injuries, equipment damage, loss of business, and reputational harm. Assess insurance effects, investigations, and fines against safety policy and stakeholders.
Explore safety risk, reliability, and probability in evaluating unsafe events, using historical data from the safety library and qualitative and quantitative methods to assess severity on a five-category scale.
Assess safety by combining probability and severity to judge risk tolerability and apply control and mitigation strategies, including resource allocation or canceling operations when unacceptable.
Identify hazards and assess safety risks, then apply engineering, control, or personal mitigations while weighing cost-benefit, practicability, and enforceability to ensure lasting safety.
Recognize no absolute safety and manage risk to as low as reasonably practicable by balancing mitigation with cost. Involve stakeholders and apply the pai approach to determine elimination or mitigation.
Explore the accident investigation process as a core element of safety management, uncovering causes and generating countermeasures to prevent recurrence. Address human error and misleading slogans to reinforce safety culture.
Define acceptable level of safety (ALoS) as the minimum safety assurance, quantify safety indicators and targets, and use action plans and monitoring tools to continuously improve overall safety performance.
Adopt a systematic safety management approach—identify needs, implement remedial actions, and monitor continuously to improve service delivery, with aligned indicators, targets, resources, and training goals.
Workplace Safety Management Training
Module 1 Introduction of Safety Management.
Module 1.1 Safety Management overview.
Module 1.2 BASIC SAFETY CONCEPTS.
Module 1.3 Understanding human performance.
Module 2 Conceptual tool for safety analysis.
Module 2.1 The SHEL Model.
Module 2.2 Error and Violation.
Module 2.3 ORGANIZATIONAL CULTURE.
Module 2.4 Effective safety reporting.
Module 3. Safety Management.
Module 3.1 The Safety Management.
Module 3.2 THE NEED FOR SAFETY MANAGEMENT.
Module 3.3 Hazard identification.
Module 3.4 Classification of Hazards.
Module 3.5 HAZARD ANALYSIS.
MODULE 4 SAFETY RISKS.
Module 4.1 Safety risk management.
Module 4.2 Safety Cost-benefit analyses
Module 4.3 SAFETY RISK PROBABILITY and SEVERITY.
Module 4.4 SAFETY RISK Tolerable and CONTROL.
Module 4.5 Safety risk mitigation and examination.
Module 4.6 THE FUNDAMENTALS OF SAFETY RISK MANAGEMENT.
Module 5 Approach to Managing Safety
Module 5.1 THE ACCIDENT INVESTIGATION PROCESS.
Module 5.2 Acceptable level of safety.
Module 5.3 A systematic approach to managing safety.
Module 6 Elements of safety Management (Practical)
Module 6.1 Management commitment and responsibility;
Module 6.2 Safety accountabilities;
Module 6.3 Appointment of key safety personnel;
Module 6.4 Coordination of emergency response planning;
Module 7 Accident investigation. Practical
Module 7.1 Accident investigation Checklist.
Module 7.2 The Near-Miss incident.
Module 7.3 Some Models of investigation.
Examination 40 MCQ Question with single answer type.