
▸ In Europe and the UK, pressure equipment is not governed by a code. It is governed by law.
Get the regulatory route wrong and a perfectly engineered vessel cannot legally be placed on the market. Operate a pressure system without an adequate written scheme of examination and the duty holder is personally exposed. These are not engineering judgements you can argue about — they are statutory obligations with enforcement behind them.
Almost all pressure-equipment training available online is US-centric and code-only: ASME, API, and the design rules. Useful, and not the thing that will land on your desk from a notified body or an HSE inspector. This course covers the regulatory landscape that governs the EU and UK market — the Pressure Equipment Directive for design and build, and the Pressure Systems Safety Regulations for operation.
▸ A briefing, not a marathon
This is deliberately concise. Four focused sections, worked through in an afternoon, covering what you are legally required to do and how to demonstrate you have done it. No twenty hours of statute read aloud — the regulatory framework, the decision points, and the documents you have to produce.
▸ What you will master
Determine the hazard category (I to IV) from fluid group and the PS-V and PS-DN conformity assessment charts — the decision everything else follows from
Select the right conformity assessment module and understand exactly where the notified body enters the process
Apply the Essential Safety Requirements, harmonised standards (EN 13445 and EN 13480) and CE / UKCA marking correctly
Prepare and use a written scheme of examination that will stand up to scrutiny, and understand the competent person's examination role
Apply the PED scope, exclusions and Sound Engineering Practice — and recognise when equipment falls outside the Directive entirely
Identify what counts as pressure equipment — vessels, piping, safety accessories, pressure accessories and assemblies
Understand the distinct roles and liabilities of manufacturer, notified or approved body, and user or duty holder
Establish safe operating limits and the records that evidence compliance
Align statutory examination with risk-based inspection and the API in-service codes, instead of running two disconnected regimes
Distinguish the design-and-build (PED) regime from the in-service (PSSR) regime, and map both against the ASME and US approach
▸ Who this course is for
Mechanical, process and project engineers placing pressure equipment on the EU or UK market under PED
Duty holders, plant and HSE engineers operating pressure systems under PSSR
Manufacturers, fabricators and suppliers navigating conformity assessment and CE / UKCA marking
Inspection and integrity engineers who need statutory examination and risk-based inspection to work together
Engineers moving between the API/ASME and the PED/PSSR worlds who need the regulatory bridge
▸ The knowledge that is hard to find
Design codes are taught everywhere. The regulatory route is taught almost nowhere, and it is usually learned the expensive way — on a project, from a notified body, after a submission has been rejected. If you work in or supply the EU and UK market, this is the layer that determines whether good engineering can actually be sold and operated.
▸ Why learn it here
Taught by a Chartered Engineer (CEng MIMechE) with over fifteen years delivering safety-critical projects in oil, gas and energy infrastructure — from the perspective of someone who has had to satisfy these requirements on live projects rather than summarise them from the text.
▸ What you get
Structured on-demand video across 13 focused lectures and four sections
Lifetime access, mobile and TV access, and a certificate of completion
Udemy's 30-day money-back guarantee
▸ No prior regulatory or legal knowledge is required — the framework is built from first principles, for engineers rather than lawyers. Any engineering or technical background is enough to follow it.
Enrol now and stop guessing at the compliance route.