Training on Safety Instrumented Systems (SIS) Engineering
Safety Instrumented Systems (SIS) Engineering Training for Electrical and Instrumentation Engineers
(Training + Skill Assessment + Certification + Project)
Overview
The Safety Instrumented Systems (SIS) Engineering Training is designed to equip electrical and instrumentation engineers with practical knowledge and hands-on skills to design, implement, operate, and maintain safety instrumented systems used in industrial plants. The course covers SIS architecture, risk analysis, safety lifecycle, instrument selection, integration with control systems, and compliance with international safety standards such as IEC 61511.
Engineers with practical experience but without formal certification can undergo a skill assessment to identify gaps in their knowledge of SIS engineering. Targeted training is provided to strengthen weak areas. Participants receive certification and project documentation upon completion. Fresh graduates gain exposure to safety-critical instrumentation and automation systems used in process industries, oil & gas, chemical plants, and power plants.
Why Skill Assessment Is Important
Skill assessment ensures participants are evaluated for:
Understanding of SIS architecture and safety lifecycle
Proficiency in hazard and risk analysis (HAZOP, LOPA)
Ability to design and implement safety instrumented functions (SIFs)
Integration of SIS with PLC, DCS, and SCADA systems
Troubleshooting and validation of SIS for operational safety
Compliance with safety standards and industrial regulations
This ensures training is focused on improving practical competence and readiness for safety-critical projects.
Topics Covered
1. Fundamentals of Safety Instrumented Systems
Introduction to SIS and functional safety
Safety lifecycle and standards (IEC 61511, IEC 61508)
Safety instrumented functions (SIFs) and safety integrity levels (SIL)
Components of SIS: sensors, logic solvers, final control elements
2. Risk Assessment and Safety Design
Hazard identification and risk analysis techniques
Layer of protection analysis (LOPA)
Determination of safety integrity levels (SIL)
SIS design, documentation, and validation
3. Integration with Control Systems
Interfacing SIS with PLC, DCS, and SCADA
Alarm management and emergency shutdown systems
Signal monitoring, redundancy, and fault detection
Troubleshooting SIS failures and performance verification
4. Safety Compliance and Best Practices
Industrial safety standards and regulatory requirements
Functional safety audits and assessments
Personal protective equipment (PPE) and operational safety measures
Documentation, reporting, and standard operating procedures (SOPs)
5. Practical Project Work
Designing a safety instrumented system for an industrial process
Implementing safety instrumented functions with PLC/DCS
Testing, validating, and troubleshooting SIS
Preparing complete project documentation and operational reports
What You Will Learn
After completing this course, participants will be able to:
Design, implement, and maintain safety instrumented systems in industrial plants
Conduct hazard and risk analysis, determine SIL, and develop safety strategies
Integrate SIS with PLC, DCS, and SCADA for operational safety
Troubleshoot, validate, and optimize SIS performance
Execute practical projects demonstrating SIS engineering skills
Certification
Participants who complete skill assessment, training, and project work will receive Safety Instrumented Systems (SIS) Engineering Certification, validating their practical skills and readiness for safety-critical industrial projects.
Who Can Join?
Diploma / B.Tech / M.Tech in Electrical, Electronics, Instrumentation, or E&I
Engineers with practical experience in process instrumentation but lacking formal SIS certification
Safety, maintenance, commissioning, and automation engineers
Fresh graduates seeking hands-on exposure to safety instrumented systems in industrial plants