Preview sample modules, lesson content, and example exam questions.

Welcome to Chapter 1. The goal here is to set the foundation for everything that follows in the book. We’ll start by separating process safety from occupational or personal safety, because confusing these two creates distorted priorities. From there we’ll define the core language you’ll use every day—major accident hazards, loss of primary containment, hazards, risks, and barriers.

As we move through the chapter, we’ll use a simple scenario chain—from hazard present, to an initiating threat, to a loss of containment, to escalation and harm—to show where prevention and mitigation actually work. Finally, we’ll translate the concepts into the day-to-day role of a Process Safety Engineer: not as the ‘owner’ of every safeguard, but as the integrator who keeps the hazard picture current, challenges weak assumptions, and protects barrier integrity across operations, maintenance, projects, and leadership. On each slide, focus on the logic and the practical implications, not just the definitions. Next we’ll start with the chapter intent and what success looks like.

This opening slide frames purpose, scope, interfaces, and document control ( fea “why/what/how it fits”) for the class and sets expectations for the level of detail that follows. Walk learners through the objectives one by one so they know the chapter will cover explain the purpose of purpose, scope, interfaces, and document control ( fea “why/what/how it fits”), identify required inputs to write this chapter in the context of the study, and apply interfaces map in the context of the study. Keep the introduction practical by explaining where this chapter sits inside a Fire and Explosion Assessment and how it supports defensible engineering decisions. Use the source wording to reinforce that this chapter defines why the fire & explosion assessment ( fea ) exists, what it covers, how it interfaces to other safety case studies and disciplines, and how the fea . Use the source wording to reinforce that chapter objective and safety case claim supported: state exactly what the fea must demonstrate (e.g., “fire/explosion hazards are identified, consequences and risks are assessed, and controls reduce risks. Use the source wording to reinforce that alarp ; assumptions register; boundary; cae (claims–arguments–evidence); change control; configuration management; dal (design accidental load); eer / eera ; evidence pointer; fea (fire & explosion assessment); fsa (formal safety assessment); interface; performance.

This slide explains chapter intent within purpose, scope, interfaces, and document control ( fea “why/what/how it fits”), so start simple and then deepen the discussion with engineering context. Teach the bullets as connected ideas rather than separate statements, especially this chapter defines why the fire & explosion assessment ( fea ) exists, what it covers, how it interfaces to other safety case studies and disciplines. Explain why the topic matters in practice by linking it to scenario credibility, traceability, risk decisions, or the quality of downstream fire and explosion conclusions. Use the source wording to reinforce that this chapter defines why the fire & explosion assessment ( fea ) exists, what it covers, how it interfaces to other safety case studies and disciplines, and how the fea . If the source material leaves an assumption or boundary implicit, call it out verbally so the learner understands what is fixed by the chapter and what still needs project-specific confirmation. Transition by linking this slide to key terms so the narrative feels continuous rather than fragmented.