Safety Instrumentation and Emergency Shutdown Systems

About the Course

Safety Instrumented Systems are critical barriers that protect personnel, the environment, and asset value in high-hazard industries. Failures in governance, design justification, or operational discipline can expose organisations to severe financial, regulatory, and reputational consequences. As facilities grow more complex and modifications accumulate across the asset lifecycle, confidence in protective functions depends on clear accountability, defensible engineering decisions, and demonstrable compliance with recognised good practice. Senior professionals are increasingly required to confirm not only that protection exists, but that it remains suitable, independent, and capable of performing on demand. This responsibility demands deeper understanding of risk ownership, assurance expectations, and the evidence necessary to withstand internal and external scrutiny.

This 5-day Safety Instrumentation and Emergency Shutdown Systems training course is designed to strengthen the authority of professionals who carry responsibility for the performance and integrity of safety instrumented protections. It develops the judgement required to justify decisions, challenge assumptions, and verify that safeguards remain aligned with operational reality throughout the lifecycle of the facility. Delegates enhance their ability to interpret technical information, oversee specialist activities, and maintain traceability from hazard identification to operational performance. By reinforcing disciplined oversight and auditable practices, it supports stronger resilience, reduces exposure to unwanted trips, and improved confidence in the organisation’s ability to meet regulatory expectations while sustaining safe and reliable production.

Core Objectives

By the end of the training course, delegates will be able to:

• Explain the governance responsibilities associated with safety instrumented protections within operating facilities
• Interpret hazard and risk information to confirm that safety functions remain appropriate and effective
• Apply recognised industry practice to support integrity, independence, and performance expectations
• Analyse system information to detect the weaknesses, gaps, or emerging vulnerabilities
• Evaluate whether lifecycle activities continue to meet organisational and compliance requirements
• Guide appropriate actions during abnormal conditions, overrides, or performance deviations
• Support defensible decision-making through structured documentation and evidence

Training Approach

This training course is delivered through expert facilitation, structured technical dialogue, and guided evaluation of real-world safety assurance challenges encountered in operating facilities. Emphasis is placed on strengthening professional judgement, improving decision quality, and reinforcing practices that support defensible and auditable outcomes.

The Attendees

This training course targets professionals entrusted with responsibility for the performance, integrity, and assurance of safety instrumented systems within complex and high-hazard facilities.

A broad range of professionals will benefit, including but not limited to:

• Functional Safety Engineers
• Instrumentation & Control Engineers
• SIS Engineers
• Process Safety Engineers
• Automation Engineers
• Technical Authorities
• Engineering Managers
• Maintenance & Reliability Engineers
• Operations Integrity Professionals
• Project and Brownfield Modification Engineers

Daily Discussion

DAY ONE: FUNCTIONAL SAFETY GOVERNANCE & RISK OWNERSHIP

• Corporate Functional Safety Policy Enforcement
• Allocation of Independent Protection Layers
• Safety Lifecycle Accountability Mapping
• Hazard Study Linkage to SIS Demand
• Safety Requirement Specification Authorisation
• Independence, Competence, and Segregation of Duties

DAY TWO: SAFETY INTEGRITY & DEFENSIBLE SYSTEM DESIGN

• Safety Integrity Level Justification
• Architectural Constraint Compliance
• Hardware Fault Tolerance Validation
• Systematic Capability Assurance
• Common Cause Vulnerability Mitigation
• Voting Strategy Approval

DAY THREE: FIELD DEVICES, LOGIC SOLVERS & FINAL ELEMENT AUTHORITY

• Suitability Validation for Safety Service
• Diagnostic Coverage Justification
• Logic Solver Limitation Management
• Final Element Performance Verification
• Override Authorisation and Control
• Boundary Management with BPCS

DAY FOUR: VERIFICATION, VALIDATION & AUDIT READINESS

• Safety Requirement Traceability Demonstration
• Proof Test Effectiveness Justification
• Functional Response Confirmation
• Management of Change Authorisation
• Functional Safety Assessment Coordination
• Compliance Evidence Retention

DAY FIVE: OPERATIONAL ASSURANCE & LIFECYCLE LIABILITY

• Demand History Evaluation
• Maintenance Deferral Risk Judgement
• Spurious Trip Governance
• Performance Deviation Escalation
• Obsolescence Risk Ownership
• Continuous Competence Assurance

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.