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Piping & Instrumentation Diagrams P&IDs
A Piping & Instrumentation Diagrams P&IDs course introduces learners to the essential language of process industries. P&IDs are technical drawings that display piping systems, control loops, and instrumentation diagrams used in engineering projects. These diagrams serve as the backbone for safe and effective operations, providing a universal standard to read, design, and troubleshoot processes. By joining this piping design classes module, participants understand how to interpret a piping and instrumentation diagram example, apply the p&id drawing standard, and connect theoretical knowledge with real-world applications. This foundation is crucial for roles involving p&id systems, safety checks, and instrumentation piping in industrial settings.
Overview
In today’s competitive industrial landscape, employers demand professionals who can interpret complex instrumentation diagrams and manage p&id systems effectively. This piping & instrumentation diagrams p&ids course online transforms technical drawings into a clear map for understanding every valve, pump, and control system. By progressing through the structured modules, learners move from introductory basics to advanced topics like safety instrumented systems (SIS) and alarms, bridging theory and operational reliability.
Through engaging modules on p&id drawing standard techniques and piping and instrumentation diagram example practice, you will strengthen your technical confidence. Every lesson is crafted to make complex concepts digestible while ensuring you meet industry expectations. This training gives you a distinct advantage, especially when compared to other mintra courses, as it blends clarity, standards, and practical design application in one streamlined format.
Whether you want to upskill in instrumentation piping, explore p&id systems, or add a respected certification to your profile, this course is a strategic investment. It prepares you not just for technical roles, but also for opportunities in process control, engineering, and design where piping design classes remain highly relevant.
Learning outcome
Learning outcome- Interpret a piping and instrumentation diagram example with confidence.
- Apply p&id drawing standard conventions to real projects.
- Identify and explain the role of p&id systems and instrumentation diagrams.
- Implement process control concepts, from BPCS to SIS.
- Strengthen technical competence through piping design classes exercises.
Why should I take this course?
Why should I take this course?- Engineers seeking structured piping design classes for professional growth.
- Learners wanting exposure to p&id systems and instrumentation diagrams.
- Students preparing for technical roles where instrumentation piping knowledge is essential.
- Professionals comparing mintra courses with specialised online training.
- Anyone aiming to read, design, or apply piping and instrumentation diagram example material.
Career Path
- Process Engineer – £35,000 to £55,000 annually.
- Piping Designer – £30,000 to £50,000 annually.
- Instrumentation Engineer – £40,000 to £60,000 annually.
- Control Systems Engineer – £38,000 to £58,000 annually.
- Safety Systems Engineer – £42,000 to £62,000 annually.
- Project Engineer – £36,000 to £55,000 annually.
FAQs
A Piping & Instrumentation Diagram (P&ID) is a detailed schematic that shows the piping, instruments, and control devices of a process system. It is widely used in engineering, oil and gas, chemical, and manufacturing industries to plan, operate, and maintain systems.
Taking a P&IDs course online helps you build essential skills in reading, interpreting, and designing diagrams used in industrial processes. It’s flexible, affordable, and ideal for engineers, technicians, and students seeking career advancement in process industries.
This course is designed for engineers, process designers, technicians, plant operators, and engineering students who want to strengthen their knowledge of industrial diagrams and improve their job prospects in the UK and beyond.
You will learn how to read and interpret P&IDs, understand industry-standard symbols, apply safety and compliance standards, and use diagrams for troubleshooting and process optimisation.
Yes. The course provides a recognised Certificate of Completion that can be used for CPD (Continuing Professional Development) purposes, helping you stay competitive in the engineering and industrial job market.
Completing this course can open opportunities as a Process Engineer, Piping Designer, Instrumentation Engineer, Plant Technician, or Project Engineer, with average salaries in the UK ranging from £40,000 to £65,000 per year.
Piping & Instrumentation Diagrams P&IDs Reviews
A well-organised and highly valuable course with clear, easy-to-understand guidance throughout. I’ve gained knowledge that’s directly relevant to my day-to-day responsibilities. It’s given me greater confidence in applying these skills professionally.
Engaging content delivered in a straightforward and structured format. The examples were realistic and helped reinforce key concepts effectively. I would certainly recommend it to colleagues looking to upskill
Comprehensive, insightful and professionally presented from start to finish. The course materials were clear and well supported. A worthwhile investment for anyone serious about career development
Curriculum
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Introduction
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What’s a P&ID ?
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Why is a P&ID so important ?
00:02:00
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Who uses P&ID’s ?
00:06:00
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How do P&ID’s look like ?
00:08:00
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Introduction- P&ID READING
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Anatomy of a P&ID
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The title block
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The drawing scale
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The grid system
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The revision block
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Changes
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Notes and legends
00:03:00
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Valve symbols
00:14:00
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Valve actuator symbols
00:09:00
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Control valve designations
00:02:00
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Standards and conventions for valve status
00:07:00
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Process equipment symbols
00:12:00
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Piping symbols
00:03:00
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Pipe fitting symbols
00:03:00
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Isolating, venting & draining symbols for ease of maintenance
00:05:00
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Instrumentation
00:03:00
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Sensing devices and detectors
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Location symbols
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Modifiers and transmitters
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Indicators and recorders
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Controllers
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Example #1 : Identifying process equipment and flow paths
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Example #2 : Identifying valve position and failure mode
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Example #3 : Identifying the symbols
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Piping designation code
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Equipment designation code
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Instrument designation code
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Miscellaneous designation codes
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The process
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Process control
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The control loop
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Process control terms
00:10:00
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Control loops : Feedback control
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Pressure control loops
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Flow control loops
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Level control loops
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Temperature control loops
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Multi-variable loops
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Feedforward control
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Feedforward + Feedback
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Cascade control
00:08:00
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Split range control
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Operations on control signals
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Ratio control
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Batch control
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Selective control
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Do we need to control at all ?
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Principles of equipment-wise control
00:10:00
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Pipe control system
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Control of a single pipe
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Control of pressure in a pipe
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Control of flow in a pipe
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Flow splitting
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Centrifugal pump control
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Control valve vs Variable Frequency Drive (VFD) for centrifugal pumps
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Minimum flow control for centrifugal pumps
00:09:00
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Positive displacement pump control
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Control by a recirculation pipe for PD pumps
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Variable Speed Drive (VSD) control for PD pumps
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Control by stroke adjustment for PD pumps
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Compressor control system
00:02:00
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Compressor capacity control
00:12:00
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Compressor anti-surge control
00:03:00
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Heat transfer equipment control
00:02:00
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Heat exchanger direct control system
00:04:00
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Heat exchanger bypass control system
00:04:00
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Reactor temperature control
00:06:00
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Air cooler control
00:02:00
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Heat exchanger for heat recovery
00:01:00
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Heat exchanger back pressure control
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Basic fired heater control
00:08:00
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Complex fired heater control
00:05:00
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Container and vessel control
00:07:00
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Container blanket gas control
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Safety strategies
00:01:00
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Concept of Safety Instrumented Systems (SIS)
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SIS actions and types
00:14:00
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SIS extent
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SIS requirement
00:03:00
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Anatomy of a SIS
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SIS element symbols
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SIS primary elements : Sensors
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SIS final elements
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Switching valve actuator arrangements
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Valve position validation
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Merging a switching valve and a control valve
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SIS logics
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Showing safety instrumented functions on P&ID’s
00:07:00
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Discrete control
00:05:00
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Alarm system
00:02:00
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Anatomy of alarm systems
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Alarm requirements
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Alarm system symbology in P&ID’s
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Concept of common alarms
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Fire and Gas Detection Systems (FGS)
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Electric motor control
00:07:00
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P&ID representation of commands and responses
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P&ID example of electro-motor control
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P&ID example #1 : Legend and specifications
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P&ID example #2 : Hydrogen delivery station
00:16:00
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P&ID example #3 : Acid system
00:13:00
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P&ID example #4 : Centrifugal pump
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P&ID example #5 : Utility station
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P&ID example #6 : Waste water filter
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P&ID example #7 : Steam separator
00:15:00
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P&ID example #8 : Flare knock-out drum
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P&ID example #9 : Centrifugal compressor
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P&ID example #10 : Hydrogen production from shale gas
00:11:00
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P&ID example #11 : Fired heater
00:07:00
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Resources – Advanced Piping & Instrumentation Diagrams P&IDs
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Feedback
00:01:00
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TAKE ALL COURSES FOR £99
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Duration:8 hours, 4 minutes
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Access:1 Year
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Units:118
