P&Id And Engineering Drawings Interpretation
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 4.42 GB | Duration: 5h 34m
Learn how to read and understand P&IDs and most other common engineering drawings used in various process industries
What you’ll learn
Understand purpose and content of common engineering drawings
Understand how to interpret the information on P&IDs, including the valves, equipment, control/safety systems
Understand how to keep drawings current and accurate throughout the lifecycle of the facility
Understand how are current and accurate drawings critical to a Process Safety Management Plan
Requirements
There are no requirements or prerequisites for taking this course
Description
Learn how to read and interpret P&IDs (piping and instrumentation diagrams) and the wider set of engineering drawings used across the process industries, and how to apply that skill in practice. The course works from the fundamentals up to real-world interpretation using real project P&IDs rather than simplified examples, so you can take part in a PHA, HAZOP, design review, or safety investigation and understand the drawings under discussion.The course is well established. David Clarke has taught it at Risk Alive, in person in Calgary, AB and live online, for around a decade, to hundreds of engineers. The instructor is rated 4.88/5, the course materials are rated 4.74/5.What you will be able to doThe objective is not only to read a drawing but to contribute. You will be able to participate in PHAs and HAZOPs, follow the discussion in design reviews and management of change (MOC), identify
errors and omissions on a drawing, reduce misunderstandings around process documentation, and support safer operating decisions. Students have applied the material to prepare for and facilitate HAZOPs, run PHA studies, perform P&ID walkdowns, complete redline markups, and review client P&IDs more efficiently.What you will learnThe purpose and content of the common engineering drawings, and how they fit together in a project packageHow to read P&IDs, including valves, equipment, instrumentation, and control and safety systemsThe difference between block flow diagrams, process flow diagrams, P&IDs, and material balancesISA symbols, instrument tagging, signal line types, and how control loops workHow drawings support Process Safety Management (PSM), HAZOPs, PHAs, and regulatory complianceHow to keep drawings current over a facility’s life cycle using as-builts, redline markups, and MOCCourse outline (9 modules)Introduction to engineering drawings. Starts from the beginning, with no prerequisites.Preliminary engineering drawings. Block flow diagrams, process flow diagrams, and material balances.P&IDs. Interpreting real P&IDs from a real project, imperfections included.Valves. Gate, ball, globe, and others, and how each is shown on a P&ID.Equipment. Pumps, compressors, heat exchangers, and storage vessels.Instrumentation, controls, and safety systems. Instrument tags, control loops, cause-and-effect, and loop drawings.Other discipline drawings. Plot plans, piping, electrical hazardous area classification, single-line, and termination drawings.Construction and operations. As-built drawings, redline markups, and management of change.Course summary and next steps.Who this course is forNew graduates and engineers-in-training building a foundationProcess engineers closing gaps in instrumentation, electrical, and other disciplinesInstrumentation and control engineers extending into the process and electrical sidePHA and HAZOP participants and facilitators who need to read drawings fluentlyDrafters, maintenance and operations personnel, safety specialists, project managers, planners, and cost estimatorsAnyone in oil and gas, power, mining, mineral processing, pulp and paper, or pharmaceuticals who wants to be fluent in engineering drawingsWhat students say"David is awesome and a very good instructor. He is very knowledgeable in P&IDs." (Engineer-in-Training)"Excellent course. The P&ID is a critical document, and this course helped develop skills in reading and interpretation." (Risk Lead)"I would recommend it to young engineers to build a solid understanding, and to more experienced engineers as a refresher." (Automation Engineer)"Beginner friendly, but you walk out with lots of knowledge." (Civil Engineer)"It builds a strong foundation, or acts as a very good refresher." (Process Safety Supervisor)Your instructorDavid Clarke, B. Sc. (Electrical Engineering), P.Eng.David’s background is in industry practice, not only teaching. He has close to 40 years of hands-on process-industry experience. This includes commissioning thermal power plants, working at oil sands facilities in northern Alberta, consulting on refining and gas-plant projects in the Middle East, and delivering pipeline, gas, and storage projects with a major EPC, before moving into engineering and project management. He has taught this course at Risk Alive for roughly a decade and presents the drawings the way they are used on actual projects.About Risk Alive30+ years of practical process safety and training experience4,500+ students trained in process safetyDecades of subject-matter expertise, with instructors actively practicing in industryThousands of PHAs facilitated worldwidePractical examples rather than academic theoryBuilt for engineers, operators, maintenance, HSE, and PHA participantsAll Risk Alive training optionsOur courses are available on the Udemy platform, in-person in Calgary, AB, online live, or at your facility. For on-site private sessions, Risk Alive can customize training content to your company’s specific processes, units, and operational data, so your team learns from material that reflects their real working environment.Frequently askedDo I need experience? No. There are no prerequisites. The course starts with the fundamentals and fills gaps even if you already have field experience.What is a P&ID? A piping and instrumentation diagram is the master schematic of a process facility. It shows equipment, piping, instrumentation, and controls, and how they connect.How does this help with PHAs and HAZOPs? You will read P&IDs well enough to follow nodes, identify missing or incorrect details, and contribute as a participant or facilitator.Does it apply to my industry? Yes. P&IDs and engineering drawings are largely consistent across oil and gas, power, mining, pharmaceuticals, pulp and paper, and others.
New Grads / Engineer-in-Training,Process Engineers,I&C Engineers/Technologists,Drafting,Maintenance,Operations,Safety Specialists,Project Managers,Planners,Anyone who just wants to learn P&ID & Engineering Drawings
www.udemy.com/course/pid-engineering-drawings-interpretation-risk-alive/?couponCode=MT260629G1
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