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P&ID Reading & Interpretation ISA 5.1, Symbols & Loops
Free Download P&ID Reading & Interpretation ISA 5.1, Symbols & Loops
Download this premium online course featuring high-quality video training, step-by-step lessons, practical demonstrations, and expert instruction. With P&ID Reading & Interpretation ISA 5.1, Symbols & Loops, you'll gain practical knowledge through structured learning, hands-on examples, and real-world applications. This comprehensive eLearning resource is ideal for students, professionals, freelancers, and lifelong learners looking to develop valuable skills and stay current with modern industry practices at their own pace.
Published 8/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English (US) | Duration: 3h 42m | Size: 2.07 GB
Equipment, valve and instrument symbols, ISA 5.1 tags, control loops, interlocks, relief and utilities — read any P&ID
What you'll learn
Trace a process stream through a full drawing set and answer a real question from the drawing
Read any instrument bubble using the ISA 5.1 letter code, location and function conventions
Follow a control loop from transmitter to final element, including cascade, ratio, split range and override
Decode line numbers, piping class breaks, insulation and tracing from the drawing alone
Identify valve types, actuation and fail position from the symbol, and interpret car seals and locks
Distinguish safety instrumented functions from control loops and alarms on a P&ID
Read relief device, flare and blowdown connections and what they tell you about a relief scenario
Read a drawing for operations, for a safety study, and for a design modification — three different readings
Understand how P&IDs develop through a project, and what holds, clouds and revisions mean
Recognise the common drawing errors and the ways P&IDs go stale on an operating plant
Requirements
No prior drawing or P&ID experience is required — the drawing family is built up from the start
Any engineering, technical or operations background is enough to follow the course
No mathematics beyond arithmetic — this is a reading and interpretation course
Helpful but not essential: some exposure to a process plant, a refinery or a utilities system
No software or purchases needed — no CAD package is required at any point
Description
This course contains the use of artificial intelligence.
▸ Nobody teaches you to read a P&ID. You are simply expected to already know.
It is the single document every discipline on a plant works from — process, mechanical, instrument, operations, maintenance, safety, projects — and it is the one document almost nobody was formally taught to read. People learn it by osmosis, over years, guessing at symbols and asking someone next to them what a dashed line means.
The cost of that shows up in specific places. In a HAZOP, where a node is worked without anyone noticing the drawing shows two isolation valves and no double block and bleed. In a modification, where a line is tied into the wrong piping class because nobody read the class break. In an operations review, where the interlock everyone assumed exists turns out to be an alarm.
This course teaches the drawing as a language — the symbols, the identification system behind them, the conventions that vary between companies, and how to trace a system through a drawing set and answer a real question with it.
▸ A working skill, not a symbol gallery
Most P&ID material available online is a list of symbols with captions. That teaches recognition, not reading. Recognising a symbol is worth very little on its own — the skill is knowing what the drawing is telling you, what it deliberately does not show, and which question belongs on a different drawing entirely.
Five focused sections, worked through in an afternoon. The drawing family and where the P&ID sits within it; the symbol and tagging systems; the safety, relief and utility content; how to read the drawing for four different purposes; and how P&IDs are developed, revised and kept current on a real plant.
▸ What you will master
● Trace a process stream from feed to product through a drawing set, across drawing boundaries and continuation arrows
● Read an instrument bubble correctly using the ISA 5.1 letter code — first letter, succeeding letters, location and function
● Follow a control loop from transmitter to final element, including cascade, ratio, split range and override arrangements
● Identify a valve type and its fail position from the symbol alone, and know what a car seal or lock is doing there
● Decode a line number — size, service, sequence, piping class, insulation — and find the class breaks that matter
● Read equipment tags and recognise duty, spare and common-standby arrangements without asking
● Distinguish a safety instrumented function from a control loop and from an alarm, on the drawing
● Read relief device and flare connections, and understand what the drawing shows about a relief scenario
● Read a P&ID for four different purposes — operations, safety study, design change and construction — because each asks different questions
● Recognise the drawing errors that cause real incidents, and know how P&IDs go stale on an operating plant
▸
Who this course is for
● Graduate and early-career engineers who are handed drawings on day one and expected to follow them
● Process, mechanical and project engineers who read P&IDs constantly but were never taught the identification system
● Instrument and control engineers building the link between the loop diagram and the plant drawing
● Operations and maintenance staff, supervisors and technicians who work from marked-up P&IDs every day
● Process safety, HAZOP and functional safety practitioners who chair or scribe studies off the drawing
● Anyone moving into oil and gas, chemicals, pharma, water or power from another sector
▸ The skill that quietly separates people
In any technical meeting there are people following the drawing and people following the conversation about the drawing. The difference is visible, it is noticed, and it decides who gets asked to lead the next study. This is not an advanced skill — it is a foundational one that almost everybody skipped.
▸ 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 work from these drawings on live projects and studies rather than summarise them from a standard.
Conventions vary between companies and projects, and this course says so throughout. Where something is genuinely governed by ISA 5.1 or ISO 10628 it is identified as such; where it is house style, that is stated plainly, so you know which conventions to check on arrival rather than assuming yours are universal.
▸ What you get
● Structured on-demand video across 20 focused lessons and five sections
● All lectures presentations downloadable
● Lifetime access on mobile and TV, and a certificate of completion
▸ No prior drawing experience is required — the drawing family is built from the ground up, and any engineering, technical or operations background is enough to follow it.
Enrol now and stop nodding at drawings you cannot follow.
Who this course is for
Graduate and early-career engineers expected to work from P&IDs from day one
Process, mechanical and project engineers who read drawings constantly but were never taught the system
Instrument and control engineers linking loop diagrams to the plant drawing
Operations, maintenance and commissioning staff working from marked-up drawings
HAZOP, LOPA and process safety practitioners who study nodes directly off the P&ID
Engineers moving into process industries from another sector, or into a new company with unfamiliar conventions
Homepage
https://www.udemy.com/course/pid-reading-interpretation-isa-51-symbols-loops/
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