Risk Assessment & Hazard Identification
$1800.00
Risk Assessment & Hazard Identification 5-Day Course Outline - KSA, Oman & GCC
Master Workplace Risk Management in Saudi Arabia, Oman & Gulf Region
The Risk Assessment & Hazard Identification Course is a comprehensive 5-day program for safety professionals, managers, and supervisors across Saudi Arabia (KSA), Oman, UAE, Qatar, Kuwait, and Bahrain. This practical training covers systematic hazard recognition, risk evaluation, control implementation, and documentation essential for all GCC industry sectors.
Why Risk Assessment Training is Critical in the Middle East?
Legal requirement: Saudi MHRSD, Oman PASR, UAE OSH regulations mandate risk assessments
Saudi Aramco, ADNOC, PDO, SABIC contractor requirements
ISO 45001 certification prerequisite
40-60% incident reduction through systematic hazard control
Vision 2030 and Oman Vision 2040 safety initiatives
Mega-project safety planning: NEOM, Red Sea, Qiddiya
Insurance and tender compliance requirements
Who Should Attend?
Safety officers and HSE coordinators
Supervisors and team leaders
Project and operations managers
Facility managers and engineers
Maintenance supervisors
Anyone requiring systematic risk management skills
5-Day Course Structure
Day 1: Risk Assessment Fundamentals & Legal Framework
Introduction to Risk Management
Understanding hazards vs. risks: fundamental concepts
Hazard: potential to cause harm
Risk: likelihood x severity
Benefits: moral, legal, financial
Cost of workplace incidents in GCC
Proactive vs. reactive safety approaches
Legal and Regulatory Requirements
Saudi Arabia: MHRSD regulations and compliance
Oman: OSH Law (Royal Decree 28/2008)
UAE: Federal OSH Law and OSHAD framework
Qatar, Kuwait, Bahrain: national requirements
GCC Standardization Organization (GSO) standards
Employer duties: suitable and sufficient assessments
Documentation and review frequency
Enforcement and penalties
ISO 45001 Integration
ISO 45001:2018 risk-based approach
Context and stakeholder needs
Leadership and worker participation
Planning: risk and opportunity assessment
Operational controls and hierarchy
Performance evaluation
Integration with ISO 9001, ISO 14001
Types of Risk Assessments
General workplace assessments
Task-based and Job Hazard Analysis (JHA)
Dynamic risk assessments: real-time evaluation
Project and construction assessments
Fire, manual handling, and DSE assessments
Process Hazard Analysis (PHA): oil & gas focus
Environmental risk assessments
Day 2: Hazard Identification Techniques
Systematic Hazard Recognition
Workplace inspection methodologies
Walkthrough surveys and area mapping
Hazard spotting skills development
Reviewing incidents and near-miss data
Consulting frontline workers
Equipment manuals and safety data sheets
Regulatory checklists
Industry benchmarking
Physical Hazards in GCC Workplaces
Extreme heat exposure: 45°C+ temperatures
Noise, vibration, and radiation
Working at height: falls from scaffolds, ladders
Slips, trips, and falls
Struck-by and caught-between hazards
Electrical hazards: shock, arc flash
Machinery and equipment hazards
Vehicle and pedestrian conflicts
Chemical and Biological Hazards
Hazardous substances: solvents, acids, gases
GHS classification and SDS interpretation
Exposure routes: inhalation, skin, ingestion
Asbestos in older GCC buildings
Silica dust from construction activities
Welding fumes and metal exposures
Biological: legionella, sewage, bloodborne pathogens
Ergonomic and Psychosocial Hazards
Manual handling: lifting, carrying, pushing
Repetitive strain injuries
Workstation design: office and control rooms
Prolonged standing or sitting
Work-related stress: workload, deadlines, fatigue
Long hours and shift work
Workplace harassment and bullying
Cultural and language barriers in GCC workforce
Organizational Hazards
Inadequate training and supervision
Poor communication systems
Missing or unclear procedures
Maintenance system failures
Permit-to-work system weaknesses
Contractor management gaps
Emergency preparedness deficiencies
Day 3: Risk Evaluation & Analysis Methods
Qualitative Risk Assessment
Risk matrix methodology: 5x5, 4x4, 3x3 formats
Likelihood: rare, unlikely, possible, likely, almost certain
Severity: insignificant, minor, moderate, major, catastrophic
Risk rating: likelihood x severity
Tolerability: low, medium, high, extreme
Practical exercises: rating workplace scenarios
Quantitative Risk Assessment
When quantitative methods apply
Frequency and probability calculations
Consequence modeling
Expected value and cost-benefit analysis
Reliability and failure rate data
Application in high-hazard industries
Process Hazard Analysis (PHA) Techniques
HAZOP (Hazard and Operability Study):
Guide words: more, less, no, reverse
Node-by-node process review
Multidisciplinary teams
What-If Analysis: failure brainstorming
FMEA (Failure Mode Effects Analysis)
Bow-Tie Analysis: barriers and controls
LOPA (Layer of Protection Analysis)
Specialized Assessment Methods
Job Safety Analysis (JSA): step-by-step breakdown
Task Risk Assessment (TRA): field-level analysis
Manual Handling Risk Assessment
Fire Risk Assessment: ignition, fuel, spread
Display Screen Equipment (DSE) assessment
Confined Space Risk Assessment
COSHH: Control of Substances Hazardous to Health
Noise and vibration assessment
Day 4: Risk Control & Hierarchy of Controls
Hierarchy of Risk Control
Level 1 - Elimination: remove hazard entirely (most effective)
Level 2 - Substitution: replace with safer alternatives
Level 3 - Engineering Controls: guards, barriers, ventilation
Level 4 - Administrative Controls: procedures, training, rotation
Level 5 - PPE: personal protective equipment (last resort)
Implementing Control Measures
SMART action planning: Specific, Measurable, Achievable, Relevant, Time-bound
Prioritizing based on risk ratings
Assigning responsibilities
Resource allocation and timelines
Communicating to affected workers
Training on new controls
Monitoring effectiveness
Residual Risk Assessment
Evaluating risk after controls
Re-rating likelihood and severity
ALARP principle: As Low As Reasonably Practicable
Acceptability criteria
Additional controls if needed
Documentation and ongoing monitoring
Contractor and Visitor Control
Contractor risk assessment requirements
Pre-qualification and competency
Permit-to-work systems
Induction and site-specific training
Supervision and monitoring
Visitor briefings and escorts
SIMOPS (Simultaneous Operations) management
Day 5: Documentation, Communication & Practical Application
Risk Assessment Documentation
Essential elements:
Company/site identification
Assessment date and assessor
Activity or area assessed
Persons at risk
Hazards identified
Existing controls
Risk ratings (before/after)
Additional controls required
Action plan with timelines
Review date
Paper forms vs. digital systems
Version control and storage
Data protection
Risk Communication
Worker participation: legal and best practice
Safety committees and representatives
Toolbox talks and pre-job briefings
Visual aids: posters, signage
Language considerations in multicultural GCC
Method statements communicating controls
Management reporting and dashboards
Review and Monitoring
Review triggers:
Significant changes: equipment, processes
After incidents or near-misses
Legislative changes
Periodic: annually minimum
Control effectiveness monitoring
Audit findings integration
Worker feedback
Continuous improvement
Dynamic Risk Assessment (DRA)
On-the-spot evaluation in changing conditions
Stop-Think-Act-Review (STAR) methodology
Empowering workers for real-time decisions
Examples: emergency response, maintenance, fieldwork
Integration with permit systems
Practical Workshop
Group exercises: real GCC scenarios
Construction site activities
Office environment hazards
Warehouse forklift operations
Manufacturing machinery
Outdoor work in extreme heat
Elevated maintenance tasks
Hazard identification practice
Risk rating using matrices
Control action plan development
Documentation completion
Group presentations and feedback
Case Studies from GCC
Construction fall incidents
Oil & gas process safety failures
Manufacturing machinery injuries
Heat stress casualties in Gulf summers
Vehicle-pedestrian incidents
Successful risk reduction programs
Saudi Aramco and ADNOC initiatives
Technology in Risk Assessment
Digital software and mobile apps
Cloud-based storage
Photo/video documentation
Automated calculations
Integration with incident systems
Analytics and trending
Final Assessment
Written examination: principles and methods
Practical assessment: complete risk assessment
Competency evaluation
Certificate of completion
Action planning for workplace
Resources and refresher recommendations
Certification Benefits
Professional Recognition
International certificate recognized across GCC
20-35% salary increase for specialists
Compliance with Aramco, ADNOC, PDO requirements
Foundation for ISO 45001 lead auditor
Pathway to NEBOSH, IOSH certifications
Organizational Value
40-60% incident reduction
Regulatory compliance with GCC authorities
Improved safety culture
Reduced insurance premiums
Enhanced tender competitiveness
ISO 45001 certification support
Training Delivery Options
Classroom: Riyadh, Jeddah, Dammam, Muscat, Dubai, Abu Dhabi, Doha
Virtual instructor-led: Interactive online exercises
In-company: Customized for specific industries
Blended: E-learning with practical workshops
Arabic language support available
Build Proactive Safety Through Risk Management
Risk assessment competency is fundamental for safety excellence across Saudi Arabia, Oman, and the GCC. Systematic risk management protects workers, ensures compliance, and supports Vision 2030 with world-class safety performance.
Master risk assessment and lead workplace safety transformation.
