| Date | Venue | Fee | |
|---|---|---|---|
| 27 Jul - 31 Jul 2026 | Dubai – UAE | $ 5,950 | Register Now |
| 07 Sep - 11 Sep 2026 | Dubai – UAE | $ 5,950 | Register Now |
| 28 Dec - 01 Jan 2027 | London - UK | $ 6,950 | Register Now |
| 29 Mar - 02 Apr 2027 | Dubai – UAE | $ 5,950 | Register Now |
| 26 Apr - 30 Apr 2027 | Dubai – UAE | $ 5,950 | Register Now |
| 26 Jul - 30 Jul 2027 | Dubai – UAE | $ 5,950 | Register Now |
| 06 Sep - 10 Sep 2027 | Dubai – UAE | $ 5,950 | Register Now |
| 27 Dec - 31 Dec 2027 | London - UK | $ 6,950 | Register Now |
About the Course
The oil & gas industry operates within some of the most challenging security environments in the world. From remote oilfields and pipeline networks to offshore installations, refineries, export terminals, and distribution facilities, organisations must safeguard personnel, critical infrastructure, information, and business operations against an increasingly diverse range of threats. Security professionals operating within the sector are expected to manage risks arising from terrorism, organised crime, sabotage, insider threats, cyber-attacks, activism, civil unrest, geopolitical instability, and other emerging security challenges. These threats have the potential to disrupt operations, damage critical assets, affect personnel safety, and impact business continuity. As a result, organisations require a structured and risk-based approach to security management that supports both operational resilience and long-term organisational objectives.
This 5-day Managing Security Risks in the Oil & Gas Industry training course examines the practical realities of managing security risks across upstream, midstream, and downstream operations. Delegates will explore the threat landscape affecting the global energy sector and develop a structured approach to identifying vulnerabilities, assessing risks, implementing effective security controls, and strengthening organisational resilience. It incorporates recognised industry guidance and international standards, including ISO 31000 and API STD 780, together with lessons learned from major incidents affecting energy infrastructure worldwide. Key areas of focus include oilfield security, pipeline protection, refinery and offshore security, transportation and supply-chain security, critical asset protection, crisis management, and business continuity. Through practical workshops, operational discussions, and realistic exercises, delegates will strengthen their ability to evaluate security risks, support informed decision-making, protect critical assets, and respond effectively to evolving threats affecting the oil and gas industry.
Core Objectives
The delegates will achieve the following objectives:
- Assess the security threats affecting oil & gas operations and critical infrastructure
- Conduct structured security risk and vulnerability assessments using recognised risk management methodologies and principles
- Identify critical assets and prioritise security resources according to operational risk
- Develop practical security measures to mitigate physical, cyber, and insider threats
- Evaluate the impact of terrorism, activism, organised crime, geopolitical instability, and civil unrest on operations
- Implement effective security controls for oilfields, pipelines, refineries, offshore facilities, and transportation networks
- Develop crisis management, emergency response, and business continuity arrangements to support operational resilience
- Communicate security risks and recommendations effectively to senior decision-makers
- Formulate risk-based security strategies that support organisational resilience and operational continuity
Training Approach
This training course adopts a highly interactive and application-focused methodology that combines instructor-led presentations, facilitated discussions, case studies, workshops, and scenario-based exercises drawn from incidents affecting the global energy sector. Delegates will examine security risks across upstream, midstream, and downstream operations whilst applying risk management principles to critical infrastructure protection, threat assessment, incident response, and business continuity challenges. Through operational discussions, group activities, and realistic scenarios, delegates will strengthen decision-making capabilities, enhance security risk management practices, and develop solutions that support organisational resilience and operational continuity.
The Attendees
This training course is designed for personnel responsible for security management, risk management, critical infrastructure protection, emergency preparedness, business continuity, and operational resilience within the oil & gas industry.
A broad range of professionals will benefit, including but not limited to:
- Security Managers
- Security Supervisors
- HSSE Managers and Professionals
- Facility Managers
- Operations Managers
- Risk Management Personnel
- Business Continuity Professionals
- Emergency Response Personnel
- Asset Protection Specialists
- Government and Regulatory Representatives
Daily Discussion
DAY ONE: SECURITY RISK MANAGEMENT FUNDAMENTALS
- Understanding the Oil & Gas Security Environment
- Threat, Vulnerability, and Consequence Analysis
- Critical Asset Identification and Prioritisation
- Security Risk Assessment Methodologies and ISO 31000 Principles
- Application of API STD 780 Principles
- Security Governance and Organisational Responsibilities
- Integrated Physical, Cyber, and Personnel Security Risks
- Security Intelligence and Threat Monitoring
- Risk Treatment Planning, Risk Registers, and Security Assurance
- Measuring Security Performance and Effectiveness
DAY TWO: SECURITY CULTURE AND HUMAN FACTORS
- Building an Effective Organisational Security Culture
- Security Leadership and Management Responsibilities
- Human Rights and Ethical Security Practices
- Community Relations and External Stakeholder Management
- Managing Activism and Protest Activity
- Contractor and Third-Party Security Management
- Security Awareness and Behavioural Security Programmes
- Insider Threat Identification and Prevention
- Reporting Culture and Information Sharing
- Strengthening Organisational Resilience Through Culture
DAY THREE: TERRORISM, MILITANCY, AND EMERGING THREATS
- Terrorism Threats to Energy Infrastructure
- Militancy and Politically Motivated Violence
- Organised Crime and Criminal Activity
- Personnel Security Investigations and Vetting Programmes
- Cyber Security Risks Affecting Operational Technology (OT)
- Industrial Control System Security Considerations
- Threat Indicators and Early Warning Systems
- Artificial Intelligence, Drone, and Emerging Security Technologies
- Operating in High-Risk and Conflict-Affected Environments
- Emerging Threat Detection and Security Preparedness
DAY FOUR: PROTECTING OIL & GAS ASSETS
- Oilfield Security Management Principles
- Pipeline Security and Monitoring Systems
- Refinery Security Operations and Controls
- Maritime and Offshore Security Considerations
- Oil Terminal and Export Facility Protection
- Supply Chain, Logistics, and Transportation Security
- Access Control and Perimeter Protection Measures
- Security Operations Centres and Command Systems
- ISPS Code and Maritime Security Principles
- ISGOTT Considerations for Marine Operations
DAY FIVE: CRISIS MANAGEMENT AND BUSINESS CONTINUITY
- Security Incident Management Principles
- Crisis Leadership and Executive Decision-Making
- Emergency Response Coordination and Control
- Business Continuity Planning and Recovery
- Security Command and Control Arrangements
- Crisis Communications and Stakeholder Engagement
- Executive Security Briefing and Decision-Making
- Incident Investigation and Corrective Actions
- Geopolitical Risk and Energy Security
- Emerging Threats and Operational Resilience
Certificate Awarded
Upon successful completion of this training course, participants will be awarded a Certificate of Completion from XCalibre Training Centre, acknowledging their accomplishment. This certificate serves as a testament to their dedication to developing their skills and advancing their expertise in their respective fields.