📚 Syllabus & Course Curriculum
Data Science & Analytics
Module-by-module breakdown of Process Safety: Effective Risk Management and Loss Prevention in Process Industry, from foundations to a certified capstone project.
Foundations
• Process safety against occupational safety — low frequency, high consequence
• Bhopal, Texas City and Buncefield and the organisational causes each revealed
• Inherently safer design: minimise, substitute, moderate, simplify
Hazards
• HAZOP methodology, guide words and node selection
• What-if, checklist and FMEA and when each is the appropriate tool
• Dust, reactive chemistry and static hazards that routine reviews miss
Assessment
• LOPA and independent protection layers with their credible failure rates
• Bowtie analysis linking threats, barriers and consequences
• Consequence modelling for dispersion, fire and explosion, and its uncertainty
Controls
• Safety instrumented systems, SIL determination and proof testing
• Relief systems, sizing and the disposal side that is often forgotten
• Management of change and permit to work as the barriers most often bypassed
Performance
• Leading and lagging indicators under API RP 754
• Incident investigation and root cause analysis beyond operator error
• Process safety culture, audits and the normalisation of deviance
Earn government-registered certification in Process Safety: Effective Risk Management and Loss Prevention in Process Industry
e-Certificate and e-Marksheet issued on successful completion.
