• Gain comprehensive knowledge of functional safety concepts, standards (e.g., IEC 61508/61511), and lifecycle processes.
• Learn techniques to assess risks and determine appropriate SIL requirements for safety instrumented systems (SIS).
• Develop skills to design, verify, and validate SIS in accordance with industry
• Understand safety lifecycle management and responsibilities across different project
• Acquire expertise in functional safety testing, verification, and periodic reviews to ensure
• Learn to implement functional safety practices to meet legal and industrial standards for process safety.

Day 1: Introduction to Functional Safety

• Overview of functional safety and its
• Key standards and guidelines: IEC 61508, IEC 61511, and ISO
• Safety lifecycle overview, , and Functional safety terms and definitions.

Day 2: Risk Assessment and SIL Determination

• Hazard and risk analysis techniques (e.g., HAZOP, LOPA).
• Determining SIL requirements based on risk tolerance
• Understanding probability of failure on demand (PFD).
• SIL selection tools and

Day 3: Safety System Design and Development

• Design of safety instrumented functions (SIF).
• Selection of components: sensors, logic solvers,
• Redundancy and reliability in SIS design (e.g., voting systems).
• Practical exercise: Designing a simple safety

Day 4: Validation, Testing, and Maintenance

• Functional safety verification and validation
• Testing strategies: factory acceptance tests (FAT), site acceptance tests (SAT).
• Proof testing and maintenance of
• Managing changes and maintaining safety integrity over

Day 5: Functional Safety Management and Certification

• Responsibilities in functional safety
• Developing safety plans and
• Audit preparation and compliance
• Final assessment: Practical and theoretical