Piping Design Engineering & Piping Isometrics Masterclass from Udemy

Piping System Drafting Design & Fabrication with Isometrics

This 10 hour masterclass is organized into 2 parts :

PART I : Break down for you all the piping system design and construction principles into easily digestible concepts like joining technologies, welding methods, pipe expansion handling, calculation of distances between piping supports and dimensioning of pipe guides and anchors…
2. Illustrate using 3D animations and cross-sectional views the main piping components, state their function, their operating limits, their material of construction and their installation procedures such as pipes, flanges, fittings and valves...
3. Provide proven guidelines and best practices for design, construction, installation and maintenance of piping systems in accordance with the codes and standards defined by the ASME & ANSI. The concept of Piping Specifications and Piping Classes will be discussed in exquisite detail with numerous practical examples
4. Show you how to design a piping system from scratch. This valuable and proven piping design method * is actually what we use at our petrochemical plant to design a new piping system or to modify an existing one.
* This design method is presented at the end of part I. For this reason, we do highly recommend starting the course from the beginning and navigating through all the sections in the order we have established so that you will be in better position when tackling the design section.
In part II, we will make you a Piping Isometric expert and you will know not only how to read, interpret and successfully understand all of those many lines and piping symbols but also you will know how to draw your own piping isometrics.
Included in this part, are access to numerous downloadable resources, real industrial examples of Piping Isometrics and the keys to interpret them in high quality video lectures. You will be able to practice and become even more proficient with these bonus items that you will find throughout part II.
This valuable masterclass also includes extensive :
- graphics
- cross-sectional views
- sizing tables
- numerous practice sessions
- 300+ quiz questions
- and 3D animations
This will give a virtual practical exposure on piping systems, piping isometrics and their accessories.
So as you can see here, we cover pretty much everything you need to know about piping systems that will help you successfully draft, design, construct, maintain and operate your own piping system.
This will set you apart from your peers, whether you are an operator, engineer, or manager and will give you an edge over your competitors when seeking employment at any industrial facilities.
So with no further ado, check out the free preview videos and the curriculum of this valuable masterclass and we look forward to seeing you in the first section.
Hope to see you there
WR Training
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What's inside

Learning objectives

Learn a valuable step-by-step piping design method and start designing your piping systems from scratch
Download our valuable sizing tables and dimensioning charts, essential to properly design your piping system
Download our valuable technical booklets covering flanges & valves
Test your knowledge with our 300+ quiz questions
Build a strong understanding of piping design and construction principles for both metallic and nonmetallic piping systems
Explain the various pipe manufacturing and joining methods
Identify the different types of fittings and their application
Identify the different types of flanges, gaskets, and bolting materials
Identify the different types of valves, their basic parts and functions
Identify the different types of control valves, their basic parts and functions
Identify the different types of piping accessories (anchors, dummy and channel supports, spring hangers, hanger rods…)
Gain guidance for selecting the most appropriate pipe specification and material for your application
Gain guidance for selecting the most appropriate pipe spacing and arrangement to mitigate thermal expansion and successfully design your piping support systems
Explain the process of pipe identification
Appreciate the various piping classes based on the design and application
Know and familiarize yourself with international and national pipe standards and specifications (asme, ansi, afnor…)
Understand and evaluate the purpose, content, and importance of piping isometrics to the construction, commissionning, operation and maintenance of a plant

Learn how to read, interpret and successfully understand all piping isometrics through numerous real industrial examples
Learn how to draw your own piping isometrics through numerous real industrial examples
Download our valuable sizing tables and dimensioning charts, essential to properly draft and issue your own piping isometrics
Identify the 5 key sections of your piping isometrics (title block, grid system, revision block, notes and legend, engineering drawing block)
Know and identify valve symbols on your piping isometrics (gate, globe, ball, butterfly, needle…)
Know the standards and conventions for valve status (open, closed, throttled)
Identify valve position and failure mode on your piping isometrics when applicable (lo, lc, fo, fc, fai…)
Know and identify process equipment symbols on your piping isometrics when applicable (pumps, compressors, heat exchangers, columns, furnaces, reactors…)
Determine specific information about a process piping including type of material in the line, line size, line number and type of insulation when applicable
Know and identify pipe fitting symbols on your piping isometrics (flanges, reductions, caps, spool pieces, unions…)
Know and identify the piping isometric symbols of safety devices that are used to safely isolate, vent & drain process equipment for ease of maintenance
Know and identify instrumentation symbols on your piping isometrics (flow meters, temperature transmitters, pressure gauges…)
Know the lettering and numbering standards for piping, instruments and equipment designation on your piping isometrics
Trace the flow of a process stream into your piping isometrics, through the pipes and equipment, and out of the piping isometrics
Show more
Show less

Learn a valuable step-by-step piping design method and start designing your piping systems from scratch
Download our valuable sizing tables and dimensioning charts, essential to properly design your piping system
Download our valuable technical booklets covering flanges & valves
Test your knowledge with our 300+ quiz questions
Build a strong understanding of piping design and construction principles for both metallic and nonmetallic piping systems
Explain the various pipe manufacturing and joining methods
Identify the different types of fittings and their application
Identify the different types of flanges, gaskets, and bolting materials
Identify the different types of valves, their basic parts and functions
Identify the different types of control valves, their basic parts and functions
Identify the different types of piping accessories (anchors, dummy and channel supports, spring hangers, hanger rods…)
Gain guidance for selecting the most appropriate pipe specification and material for your application
Gain guidance for selecting the most appropriate pipe spacing and arrangement to mitigate thermal expansion and successfully design your piping support systems
Explain the process of pipe identification
Appreciate the various piping classes based on the design and application
Know and familiarize yourself with international and national pipe standards and specifications (asme, ansi, afnor…)
Understand and evaluate the purpose, content, and importance of piping isometrics to the construction, commissionning, operation and maintenance of a plant
Learn how to read, interpret and successfully understand all piping isometrics through numerous real industrial examples
Learn how to draw your own piping isometrics through numerous real industrial examples
Download our valuable sizing tables and dimensioning charts, essential to properly draft and issue your own piping isometrics
Identify the 5 key sections of your piping isometrics (title block, grid system, revision block, notes and legend, engineering drawing block)
Know and identify valve symbols on your piping isometrics (gate, globe, ball, butterfly, needle…)
Know the standards and conventions for valve status (open, closed, throttled)
Identify valve position and failure mode on your piping isometrics when applicable (lo, lc, fo, fc, fai…)
Know and identify process equipment symbols on your piping isometrics when applicable (pumps, compressors, heat exchangers, columns, furnaces, reactors…)
Determine specific information about a process piping including type of material in the line, line size, line number and type of insulation when applicable
Know and identify pipe fitting symbols on your piping isometrics (flanges, reductions, caps, spool pieces, unions…)
Know and identify the piping isometric symbols of safety devices that are used to safely isolate, vent & drain process equipment for ease of maintenance
Know and identify instrumentation symbols on your piping isometrics (flow meters, temperature transmitters, pressure gauges…)
Know the lettering and numbering standards for piping, instruments and equipment designation on your piping isometrics
Trace the flow of a process stream into your piping isometrics, through the pipes and equipment, and out of the piping isometrics
Show more
Show less

Syllabus

WR Training

Wecome to WR Training

About part 1 : Piping system design, manufacturing and construction

Introduction to part 1/2

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Provides a step-by-step piping design method, which is valuable for designing piping systems from the ground up and modifying existing ones in petrochemical plants

Includes downloadable sizing tables and dimensioning charts, which are essential for properly designing piping systems and drafting piping isometrics

Covers both metallic and nonmetallic piping systems, which broadens the applicability of the knowledge gained to various industrial settings

Includes 300+ quiz questions, which allows learners to test their knowledge and reinforce their understanding of the material

Requires learners to navigate through all sections in the order established, which may be a barrier for learners who want to focus on specific topics

Reviews summary

Comprehensive piping design and isometrics masterclass

According to students, this course provides a comprehensive overview of piping design engineering and isometrics, covering fundamental principles, components, codes, and practical methods. Learners frequently highlight the strength of the Piping Isometrics section, praising its detailed explanations and real industrial examples which help develop proficiency in reading and drawing isometrics. Many find the practical examples and the step-by-step design method particularly valuable for real-world application. The course is often described as a solid foundation for those entering or working in the industry, offering useful downloadable resources and challenging quiz questions to test knowledge. While generally seen as highly beneficial, some learners suggest that while comprehensive, it might serve best as an introduction rather than an advanced deep dive, and that certain topics could benefit from further detail.

Good introduction, possibly basic for experts.

"This course is perfect for beginners and intermediate learners in the field."

"For someone completely new, it's a fantastic starting point."

"While detailed, an experienced engineer might find some sections too basic."

"It provides a great foundation, but advanced topics could be expanded upon."

Downloadable materials and quizzes are beneficial.

"The downloadable charts and booklets are excellent resources for future reference."

"Quizzes after each section were a good way to check my understanding."

"Having the sizing tables readily available is very helpful."

"The bonus materials and practice sessions added significant value."

Offers practical methods and real-world examples.

"The design method taught is very practical and applicable in real industrial settings."

"Real-world examples provided throughout the course helped solidify the concepts."

"I can immediately apply the knowledge and methods learned to my work."

"Seeing actual industrial examples made the learning much more effective."

Strong emphasis on reading and drawing isometrics.

"The part on piping isometrics is excellent and very thorough."

"I now feel confident in reading and interpreting industrial piping isometrics."

"Learning how to draw my own isometrics was a key takeaway."

"The section dedicated to isometrics provided invaluable practical skills."

Covers a wide range of essential piping topics.

"The course covers a lot of ground, from basics to more complex topics in piping design."

"I feel I gained a really solid understanding of the piping systems fundamentals."

"It's very comprehensive, explaining components, standards, and design principles clearly."

"This masterclass provided an extensive look into various aspects of piping engineering."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Piping Design Engineering & Piping Isometrics Masterclass with these activities:

Review Pipe Fitting Basics

Show steps

Reinforce your understanding of pipe fittings, which are essential for understanding piping system design and isometrics.

Browse courses on Pipe Fittings

Show steps

Review different types of pipe fittings.
Study the applications of each fitting.
Practice identifying fittings in diagrams.

Create a Piping Component Library

Show steps

Build a personal library of piping component specifications, datasheets, and drawings for future reference.

Show steps

Gather datasheets for various piping components.
Organize the datasheets into a searchable library.
Add notes and annotations to the datasheets.

Piping Handbook

Show steps

Expand your knowledge of piping systems with a comprehensive handbook that covers design, materials, and standards.

View Piping Databook on Amazon

Show steps

Obtain a copy of the Piping Handbook.
Read relevant chapters on design and materials.
Use the handbook as a reference during the course.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Piping Symbol Identification Quiz

Show steps

Improve your ability to quickly recognize and interpret piping symbols, which is crucial for reading and understanding piping isometrics.

Show steps

Find or create a quiz with piping symbols.
Take the quiz and identify each symbol.
Review the answers and correct any mistakes.
Repeat the quiz until you achieve a high score.

Process Piping: The Complete Guide to ASME B31.3

Show steps

Deepen your understanding of piping codes and standards with a detailed guide to ASME B31.3.

View Process Piping: The Complete Guide to ASME B31.3 on Amazon

Show steps

Obtain a copy of the book.
Read the chapters relevant to the course topics.
Refer to the book when working on design problems.

Create a Piping Isometric Drawing

Show steps

Solidify your understanding of piping isometrics by creating your own drawing based on a real-world piping system.

Show steps

Select a simple piping system to model.
Sketch the isometric view of the system.
Add dimensions and annotations to the drawing.
Review the drawing for accuracy and completeness.

Design a Simple Piping System

Show steps

Apply your knowledge by designing a complete piping system for a specific application, considering factors like flow rate, pressure, and materials.

Show steps

Define the requirements for the piping system.
Select appropriate pipe materials and components.
Create a detailed piping layout and isometric drawing.
Calculate pressure drops and flow rates.
Verify that the design meets all applicable codes.

Career center

Learners who complete Piping Design Engineering & Piping Isometrics Masterclass will develop knowledge and skills that may be useful to these careers:

Piping Drafter

A piping drafter creates detailed drawings and plans for piping systems, working closely with engineers and designers. This course is tailor-made for individuals aspiring to become piping drafters, by offering specialized knowledge in piping isometrics. The course focuses on how to read, interpret, and understand piping isometrics through numerous real industrial examples. This course helps the drafter by providing downloads of sizing tables and dimensioning charts for drafting and issuing accurate piping isometrics. The course goes over the five key sections of piping isometrics enabling drafters to create comprehensive and error-free drawings. The course may also be useful because of its material on valve symbols, process equipment symbols, pipe fitting symbols, and instrumentation symbols, ensuring accurate representation of piping systems.

See salaries and explore the career path for Piping Drafter

Piping Designer

A piping designer is responsible for creating detailed plans and layouts for piping systems, ensuring they meet safety and efficiency standards. This course directly aligns with the core responsibilities of a piping designer, focusing on piping system design and construction. The course helps one become a proficient piping designer by covering key topics such as pipe manufacturing methods, fitting types, flange basics, and valve functions. It also helps one learn to design a piping system from scratch using a proven method. By covering ASME and ANSI standards, this course helps a designer adhere to relevant codes and specifications. The inclusion of 3D animations and cross-sectional views enhances the understanding of piping components and their installation procedures, which helps one in visualizing complex piping systems. The knowledge of pipe joining technologies, welding methods, and handling of pipe expansion equips a piping designer with essential skills for successful project execution.

See salaries and explore the career path for Piping Designer

Piping Engineer

A piping engineer is involved in the design, analysis, and implementation of piping systems for various industries. This course is highly relevant for aspiring piping engineers, covering piping system design and construction principles. The course helps a piping engineer by building a strong understanding of pipe materials, manufacturing methods, and joining techniques. The course helps in selecting appropriate pipe specifications, materials, and spacing to mitigate thermal expansion. This course also guides one through pipe identification and understanding piping classes based on design and application, essential knowledge for any piping engineer. Furthermore, the detailed coverage of flanges, fittings, and valves, including their types, functions, and installation procedures, equips a piping engineer with practical knowledge. The course's focus on ASME and ANSI standards ensures that a piping engineer is well-versed in industry-recognized codes and specifications.

See salaries and explore the career path for Piping Engineer

Plant Engineer

Plant engineers are responsible for the overall maintenance and operation of industrial facilities, often dealing with complex piping systems. This course directly benefits plant engineers by providing detailed knowledge of piping design and construction. The course helps plant engineers with a strong grasp of pipe manufacturing methods, fitting types, flange basics, and valve functions. Knowledge of piping specifications and piping classes, is very important for plant engineers. The course provides insights into ASME and ANSI standards. Furthermore, the practical exposure offered through graphics, cross-sectional views, and 3D animations enhances the understanding of piping systems and their accessories, which equips plant engineers to effectively manage and maintain these systems. Plant engineers can leverage the course's content to ensure efficient operation, prevent failures, and optimize maintenance schedules for piping systems.

See salaries and explore the career path for Plant Engineer

Maintenance Technician

Maintenance technicians are responsible for the upkeep and repair of equipment, including piping systems, in industrial and commercial facilities. This course is highly relevant for maintenance technicians, offering practical insights into piping design and construction. The course helps one build a strong understanding of pipe materials, fitting types, flange basics, and valve functions. Maintenance technicians can leverage this knowledge for effective troubleshooting and repair. The course’s coverage of ASME and ANSI standards ensures that maintenance activities align with industry-recognized codes and specifications. The course helps maintenance technicians to successfully maintain and repair piping systems, reducing downtime and ensuring operational efficiency.

See salaries and explore the career path for Maintenance Technician

CAD Technician

CAD technicians use computer-aided design software to create technical drawings and models, including piping systems. This course helps CAD technicians who wish to specialize in piping design by giving them a strong understanding of piping systems. The course focuses mainly on piping isometrics and provides the know-how to read, interpret, and understand piping isometrics using industrial examples. Furthermore, the course includes downloadable sizing tables and dimensioning charts facilitate accurate modeling of piping systems. CAD technicians will also benefit from learning valve symbols, process equipment symbols, and pipe fitting symbols. The course also familiarizes technicians with piping standards and specifications (ASME, ANSI, AFNOR), all of which are necessary for accurately and professionally rendering piping systems.

See salaries and explore the career path for CAD Technician

Mechanical Engineer

Mechanical engineers often work with piping systems as part of larger mechanical designs. This course helps mechanical engineers who want to specialize in piping or need a stronger understanding of these systems. The course may be particularly valuable to mechanical engineers who seek to enhance their expertise in piping system design, construction, and maintenance because it breaks down the subject into readily understood components. The course's emphasis on piping components like pipes, flanges, fittings, and valves provides essential knowledge. The course’s content on piping specifications and classes, along with adherence to ASME and ANSI standards, is crucial for engineers designing and installing piping systems. This course may also be useful because of its coverage of pipe manufacturing methods, joining technologies, and thermal expansion considerations, which is indispensable for mechanical engineers.

See salaries and explore the career path for Mechanical Engineer

Project Engineer

Project engineers manage engineering projects from start to finish, often involving the design and installation of piping systems. This course helps project engineers by providing information on piping design and construction. The course covers pipe manufacturing methods, fitting types, flange basics, and valve functions. Gaining some knowledge of piping specifications and piping classes, as well as ASME and ANSI standards, provides a solid foundation for effective project management. By understanding the components and standards of piping systems, project engineers can coordinate teams, manage resources, and ensure projects are completed successfully.

See salaries and explore the career path for Project Engineer

Process Engineer

Process engineers are responsible for designing, implementing, controlling, and optimizing industrial processes, and piping systems are a core component of these processes. This course helps process engineers gain specialized knowledge in piping design and isometrics. The course covers piping system design and construction principles alongside pipe joining technologies and welding methods. Knowledge of piping specifications and piping classes, as discussed in the course, provides a solid foundation for process engineers to design and modify piping systems. The course may also be helpful because of the knowledge of ASME and ANSI standards. Process engineers will also benefit from the sections on piping isometrics, helping them to understand and interpret detailed piping layouts. The knowledge of various piping accessories and their applications will help process engineers to effectively manage and optimize process workflows.

See salaries and explore the career path for Process Engineer

Safety Inspector

Safety inspectors ensure that workplaces and equipment comply with safety regulations, including piping systems in industrial settings. This course provides safety inspectors with specialized knowledge of piping systems, by helping them ensure compliance with safety regulations. The course helps safety inspectors by covering pipe materials, fitting types, flange basics, and valve functions. This course is made even more useful because of the material on piping specifications and piping classes. The course may be particularly important because of its focus on ASME and ANSI standards. Armed with this knowledge, safety inspectors can conduct thorough inspections, identify potential hazards, and enforce safety protocols to prevent accidents and injuries related to piping systems.

See salaries and explore the career path for Safety Inspector

Construction Manager

Construction managers oversee construction projects, including the installation of piping systems, ensuring projects are completed on time and within budget. This course offers construction managers valuable knowledge of piping systems, enhancing their ability to oversee construction projects efficiently. The course touches on piping system design and construction principles. The detailed coverage of pipe materials, joining methods, fitting types, flange basics, and valve functions equips construction managers with practical insights into the components they oversee. The knowledge of ASME and ANSI standards will help construction managers in ensuring compliance with industry-recognized codes and specifications. Construction managers can make use of the course's insights during construction projects.

See salaries and explore the career path for Construction Manager

HVAC Designer

HVAC designers plan and design heating, ventilation, and air conditioning systems, which often include extensive piping. This course directly benefits HVAC designers by providing specialized knowledge in piping systems, enhancing their ability to design efficient and effective HVAC systems. The course material on piping system design and construction principles, as well as the knowledge of pipe materials, fitting types, flange basics, and valve functions will give HVAC designers the knowledge they need. Notably, HVAC designers may find the discussion of thermal expansion considerations very relevant. The course also provides insights into ASME and ANSI standards. The detail provided in the course helps HVAC designers to be more effective in their work.

See salaries and explore the career path for HVAC Designer

Quality Control Inspector

Quality control inspectors ensure that products and systems meet specific quality standards, including piping systems in manufacturing and construction. This course is valuable for quality control inspectors who want to specialize in piping systems because it provides a detailed understanding of piping design, construction, and standards. The course covers pipe materials, manufacturing methods, fitting types, flange basics, and valve functions. Quality control inspectors will find the course to be most useful for piping specifications and piping classes. The course may also be important because of its emphasis on ASME and ANSI standards. Quality control inspectors who take this course can perform their inspections and testing more thoroughly.

See salaries and explore the career path for Quality Control Inspector

Estimator

Estimators calculate the costs associated with engineering projects, including the installation of piping systems. This course gives estimators a broader understanding of piping system design and construction. The course includes information on pipe materials, fitting types, flange basics, and valve functions. The estimator may also find the coverage of ASME and ANSI standards to be relevant. Using a detailed overview of the components, materials, and standards involved in piping projects, estimators can develop more accurate cost assessments and effectively manage project budgets.

See salaries and explore the career path for Estimator

Civil Engineer

Civil engineers may be involved in projects that require knowledge of piping systems, particularly in infrastructure and construction. This course gives civil engineers who want to broaden their knowledge of piping systems a useful foundation. The course helps civil engineers by covering the fundamentals of piping design, construction, and maintenance. Civil engineers may also find the course to be helpful because of the knowledge of piping components, materials, and joining methods. The course may be particularly valuable because of its emphasis on ASME and ANSI standards, ensuring compliance with industry-recognized codes. The knowledge gained from this course will help civil engineers in infrastructure projects to execute piping designs effectively.

See salaries and explore the career path for Civil Engineer

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Piping Design Engineering & Piping Isometrics Masterclass.

Piping Databook

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The Piping Handbook comprehensive reference guide covering all aspects of piping design, engineering, fabrication, and installation. It provides detailed information on materials, components, codes, and standards. valuable resource for understanding the theoretical and practical aspects of piping systems, and it is commonly used by industry professionals.

Piping Databook

Hardcover

$$$

Process Piping

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Provides a comprehensive explanation of the ASME B31.3 code, which governs process piping design and construction. It covers topics such as materials, design, fabrication, examination, and testing. It valuable resource for engineers and designers who need to understand and apply the ASME B31.3 code in their work. This book adds more depth to the course by providing a detailed understanding of the relevant codes and standards.

Process Piping: The Complete Guide to ASME B31.3

Hardcover

$$$

Piping Design Engineering & Piping Isometrics Masterclass

What's inside

Learning objectives

Syllabus

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Reviews summary

Comprehensive piping design and isometrics masterclass

Activities

Career center

Reading list

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