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Introduction
Course Introduction
- High-hazard operations require risk assessments that move beyond superficial compliance to uncover latent threats and deliver precise intelligence for effective control. This risk assessment training develops advanced capabilities in systematic hazard identification and sophisticated risk analysis, enabling professionals to prioritise resources and implement robust, sustainable controls. Participants master layered assessment techniques, the application of the hierarchy of controls and the integration of assessment outputs into operational and strategic decision-making. The hazard identification course emphasis builds organisational capability to anticipate, evaluate and manage risks proactively across complex industrial environments. This course can be facilitated in London, Dubai, Kuala Lumpur, Nairobi, and other major business centres on client-preferred dates.
Why Choose This Course?
- • Master systematic hazard identification techniques that reveal both obvious and latent risks across complex operational environments
• Apply advanced risk analysis methods to evaluate likelihood, consequence and control effectiveness with greater precision and confidence
• Design robust, layered control strategies using the hierarchy of controls that achieve sustainable risk reduction rather than temporary mitigation
• Integrate risk assessment seamlessly into operational planning, change management and strategic decision-making processes
• Establish rigorous documentation, communication and assurance practices that support accountability, regulatory alignment and stakeholder confidence
• Build internal organisational capability for ongoing risk assessment excellence that reduces reliance on external expertise and accelerates continuous improvement
Who Should Attend ?
- • Risk Engineers and HSE Analysts responsible for conducting detailed risk assessments in industrial and energy operations
• Safety Officers and HSE Specialists leading hazard identification and control implementation at operational sites
• Process Safety and Technical Safety Professionals focused on major hazard assessment and barrier management
• Operations and Engineering Managers integrating risk assessment into design, change and operational planning
• HSE Auditors and Assurance Professionals evaluating the quality and effectiveness of risk assessment practices
• Senior professionals transitioning into specialist risk assessment and hazard management roles
5 Days
13 Jul – 17 Jul 2026
Accra
£3,615
Choose the date and location that suits you:
Learning Objectives
- By the end of this programme, participants will be able to:
• Conduct comprehensive risk assessments and hazard identification surveys across high-hazard industrial operations using systematic techniques to identify latent and emerging risks
• Apply advanced qualitative, semi-quantitative and quantitative risk analysis methods to evaluate likelihood, consequence and overall risk profiles with rigour
• Design and verify layered control strategies using the hierarchy of controls to achieve effective and sustainable risk reduction in complex operational contexts
• Integrate risk assessment outputs into operational planning, management of change and strategic decision-making processes at all organisational levels
• Develop robust risk registers, visual tools and performance standards that support clear accountability, verification and continuous improvement of controls
• Establish documentation, communication and reporting frameworks that ensure risk information is accurate, accessible and influential for stakeholders
• Implement assurance, monitoring and review processes that maintain the currency, quality and effectiveness of risk assessments over time
• Build organisational capability for risk assessment excellence through targeted training, coaching and embedding of practices into operational culture and routines
Course Delivery Approach
- • Detailed examination of real-world risk assessment challenges, successful interventions and lessons from high-hazard operational environments
• Interactive workshops focused on hazard identification simulations, risk analysis exercises and hierarchy of controls application using participant scenarios
• Structured diagnostic and design sessions to develop organisation-specific risk assessment frameworks, registers and control verification systems
• Facilitated group projects creating integrated risk assessment outputs, bow-tie diagrams and implementation plans tailored to operational contexts
• Reflective practice and peer review sessions examining assessment quality, systemic barriers and opportunities for enhanced rigour
• Personal and organisational action planning with expert facilitation to support immediate application and measurable improvement in risk assessment practice
Course Syllabus
- MODULE 01
Foundations of Risk Assessment and the Hierarchy of Controls
• Understanding the evolution from prescriptive compliance to risk-based and performance-oriented approaches in modern safety management
• Defining key concepts of hazard, risk, exposure and control within the context of operational complexity and uncertainty
• Establishing the central role of the hierarchy of controls as the guiding framework for all risk mitigation decisions
• Identifying the organisational, human and systemic factors that influence the quality and application of risk assessments
• Developing a structured approach to scoping risk assessments based on operational context, potential consequences and stakeholder requirements
• Creating personal and team capability assessments to identify development needs in advanced risk assessment practice
MODULE 02
Systematic Hazard Identification Techniques and Tools
• Applying structured brainstorming, checklist and guideword-based methods to comprehensively identify hazards across operational activities
• Utilising scenario development, what-if analysis and deviation techniques to uncover non-obvious and low-frequency high-consequence hazards
• Integrating hazard identification with process mapping, task analysis and human factors considerations in complex work systems
• Conducting hazard identification at different lifecycle stages including design, construction, operation, maintenance and decommissioning
• Building capability for dynamic and real-time hazard identification during operational changes, abnormal conditions and emergencies
• Establishing documentation standards, peer review processes and quality assurance for hazard identification outputs
MODULE 03
Advanced Risk Analysis and Evaluation Methodologies
• Applying qualitative risk matrices and semi-quantitative techniques to assess likelihood, consequence and overall risk levels consistently
• Conducting quantitative risk assessment using appropriate data, modelling and uncertainty analysis for high-consequence scenarios
• Evaluating the effectiveness and reliability of existing controls to determine residual risk and additional mitigation needs
• Prioritising risks based on organisational risk appetite, operational criticality and potential for major accident events
• Integrating multiple risk assessment outputs into coherent risk profiles and aggregated views for decision-makers
• Managing uncertainty, data limitations and expert judgement in risk analysis while maintaining rigour and transparency
MODULE 04
Designing and Implementing Layered Risk Control Strategies
• Applying the hierarchy of controls systematically to select the most effective and sustainable mitigation measures for identified risks
• Designing critical controls with clear performance standards, ownership, verification requirements and degradation indicators
• Developing layered or barrier-based control strategies that provide defence-in-depth against high-consequence events
• Integrating engineering, procedural, administrative and behavioural controls into practical and workable operational systems
• Managing residual risk through contingency planning, emergency preparedness and recovery arrangements
• Creating implementation plans, resource requirements and change management approaches for new or enhanced controls
MODULE 05
Risk Assessment in Process Safety and Major Hazard Contexts
• Identifying and assessing process safety hazards including loss of containment, fires, explosions and toxic releases in high-hazard operations
• Applying structured techniques for evaluating major accident hazards and the integrity of safety barriers and protective systems
• Integrating risk assessment with process hazard analysis, safety instrumented systems and asset integrity management
• Conducting risk assessment for operational activities such as start-up, shutdown, maintenance and abnormal operations
• Developing bow-tie diagrams and other visual tools to communicate major hazard scenarios and control effectiveness
• Establishing performance indicators and monitoring regimes specific to process safety risk controls
MODULE 06
Occupational and Environmental Risk Assessment Applications
• Conducting task-based and activity-based risk assessments for routine and non-routine work in operational environments
• Assessing occupational health hazards including chemical, physical, ergonomic and psychosocial risks in the workplace
• Evaluating environmental aspects and impacts associated with operational activities and developing appropriate control measures
• Integrating occupational and environmental risk considerations with broader HSE and sustainability objectives
• Applying risk assessment to contractor activities, supply chain operations and third-party interfaces
• Developing specific risk assessment approaches for construction, maintenance, logistics and other support activities
MODULE 07
Integrating Risk Assessment into Organisational Decision-Making
• Embedding risk assessment outputs into operational planning, scheduling and resource allocation processes
• Applying risk assessment to management of change, project execution and strategic decision-making at all levels
• Developing risk-based prioritisation frameworks for investment in controls, maintenance and improvement initiatives
• Creating linkages between risk assessment, incident investigation, audit findings and corrective action processes
• Building risk-informed performance management and incentive systems that reinforce desired risk management behaviours
• Establishing governance mechanisms that ensure risk assessment informs executive oversight and board-level reporting
MODULE 08
Risk Communication, Documentation and Reporting Excellence
• Developing clear, accurate and accessible risk assessment documentation that supports understanding and decision-making
• Creating effective risk communication strategies tailored to different audiences including operators, managers and external stakeholders
• Utilising visual tools, dashboards and narratives to convey risk information and control status effectively
• Establishing reporting mechanisms that provide timely visibility of risk profiles, control health and emerging issues
• Managing sensitive risk information with appropriate confidentiality while maintaining transparency and trust
• Building capability for effective facilitation of risk assessment workshops and stakeholder engagement sessions
MODULE 09
Assurance, Monitoring and Continuous Improvement of Risk Assessments
• Designing and implementing assurance programmes to verify the quality, completeness and application of risk assessments
• Establishing leading and lagging indicators that monitor the health and effectiveness of risk controls over time
• Conducting periodic reviews and updates of risk assessments to reflect changes in operations, technology and external conditions
• Integrating risk assessment performance into broader HSE management system audits and governance reviews
• Creating feedback loops from incidents, near misses and operational experience to strengthen future risk assessments
• Developing continuous improvement processes that enhance risk assessment methodology, tools and organisational practice
MODULE 10
Building Sustainable Organisational Risk Assessment Capability
• Assessing current organisational maturity in risk assessment and identifying strategic development priorities
• Designing and delivering targeted training, coaching and competency development programmes for risk assessment practitioners
• Embedding risk assessment thinking and practices into organisational culture, leadership behaviours and operational routines
• Creating knowledge management systems that capture, share and apply lessons from risk assessment activities across the organisation
• Anticipating future challenges in risk assessment arising from technological change, new hazards and evolving operational models
• Developing personal and organisational roadmaps for sustained excellence in risk assessment and hazard identification practice
Organisational Impact
- • Reduced likelihood and consequence of incidents through earlier identification of latent hazards and more effective layered controls
• Improved operational decision-making quality and resource allocation based on accurate, evidence-based risk intelligence
• Stronger governance visibility and assurance confidence in risk control effectiveness across operations and contractor activities
• Enhanced organisational resilience during change, abnormal operations and emerging threats through dynamic risk assessment capability
• Sustainable internal expertise that accelerates continuous improvement and reduces reliance on external risk assessment support
• Clear demonstration of risk management contribution to operational integrity, workforce protection and long-term organisational value
Personal Impact
- • Advanced technical expertise in hazard identification, risk analysis and control design directly applicable to specialist and senior risk roles
• Greater confidence and competence in conducting, facilitating and assuring high-quality risk assessments in complex operational environments
• Enhanced diagnostic, analytical and communication skills for influencing operational and strategic decisions through risk intelligence
• Stronger professional credibility and ability to build organisational capability in risk assessment practice
• Clearer development pathway toward senior risk engineering, process safety and HSE technical leadership roles
• Expanded perspective on how rigorous, intelligence-led risk assessment creates lasting protection for people, assets and organisational reputation
• General Notes
• Sector customisation available on request
• Training material provided
• Elevoris Certificate of Training issued to all participants
• Optional post-programme advisory coaching available
• In high-hazard environments, where unidentified hazards and inadequate controls can lead to catastrophic outcomes, mastery of advanced risk assessment and hazard identification is both a technical necessity and a leadership responsibility. By building systematic capability, analytical rigour and organisational integration, professionals create the conditions for proactive risk control and enduring operational safety.
• Enrol now in the Advanced Risk Assessment & Hazard Identification programme to develop the analytical expertise, practical techniques and organisational capability required to uncover hidden risks and implement controls that deliver lasting safety and operational excellence.
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