PG Diploma in Piping Design Engineering

Name: PG Diploma in Piping Design Engineering
Rating: 4.2 (1533 reviews)

Learn Piping Design Engineering

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Created byHarpreet Singh

Last updated 11/2020

English

What you'll learn

Learn the core concepts of Piping Designing.
Learn the designing procedure of different Plants.
Learns Codes & Standards used in industry
Learn about static & Rotary Piping Equipment.
Learn to read PFD UFD & P&ID.
Learn about pipe fitting, components & Valves.
Learn selection of valves & fittings
Types of stresses in piping system & testing
Piping Fabrication Methods
Learn to make Isometric Drawings
Learn to make General Arrangement Drawings
Learn ablout all Documents involved in Designing
Learn designing calculations like pipe size, line size calculations
Learn different types of Supports & selection methods
Learn 3D Piping designing in PDMS

Course content

7 sections • 108 lectures • 7h 55m total length

Introduction1:37
Course Syllabus5:25

0.0 Module Introduction1:07
1.1 Piping System2:04
1.2 Plants Type-15:22
1.2 Plants Type-24:29
1.2 Plants Type-32:10
1.2 Plants Type-43:30
1.2 Plants Type-53:41
1.3 Plant Designing Type2:11
1.4 Phases of Plant Desinging5:15
1.5 Types of Design Companies2:49
1.6 Knowledge Requirement6:30
1.7 Piping & Other Departments5:16
1.8 Codes and Standards5:39
1.9 Piping Components1:03
1.10 Pipe2:01
1.11 Pipe Designation6:53
1.12 Pipe Manufacturing7:06
1.13 Pipe Fittings-12:29
1.13 Pipe Fittings-22:31
1.13 Pipe Fittings-33:36
1.14 Pipe Flanges-13:13
1.14 Pipe Flanges-23:29
1.13 Pipe Fittings-44:30
1.14 Pipe Flanges-32:32
1.15 Flange Gaskets3:31
1.16 Valves1:26
1.17 Valves Types-19:09
1.17 Valves Types-26:54

Module Intro0:50
Learn Cooperman's types and working of equipment, with data from process and mechanical engineers used as input by piping designers.
0.0 Equipments1:03
1.1 Static Equipment0:52
1.2 Tanks6:39
1.3 Heat Exchangers4:46
1.4 Heater & Boilers-12:48
1.4 Heater & Boilers-24:56
1.5 Columns2:29
1.6 Reactors1:49
1.7 Separators3:48
1.8 Strainers1:19
1.9 Air Vents2:39
1.10 PIG Launchers3:09
2.1 Rotary Equipments0:43
2.2 Pumps4:46
2.3 Compressor3:51
2.4 Agitator3:29
2.5 Turbines1:59
2.6 Turbo Expanders1:17
2.7 Engines3:48
2.8 Fans & Blowers4:10

0.0 Module Intro1:22
1.1 Project Documentation2:45
1.2 Chemical Process Selection6:30
1.3 Anatomy of a Chemical Process5:04
1.4 Material Balance4:37
1.5 Energy Balance5:41
2.1 Plot Planning9:38
2.2 Equipment Layout6:00
3.1 Symbols11:31
3.2 PFD & UFD3:06
3.3 P&ID Excercise-1 (Tank)3:58
3.4 P&ID Excercise-2 (Heat Excanger)4:24
3.5 P&ID Excercise-3 (Separator)3:51
Explore a three-phase separator with an inlet and spectacle blind, where oil and water separate, guided by level and pressure transmitters and controls, with a vortex breaker and safety relief.
3.6 P&ID Excercise-4 (Column)7:53
3.7 P&ID Excercise-5 (Complex)11:20
4.0 Section Intro(ga, iso dwg,Linelist)1:44
4.1 Ga dwg Ex-1(Part-1)8:23
4.1 Ga dwg Ex-1(Part-2)33:00
4.1 Iso dwg Ex-116:49
4.1 Line-List3:09

0.0 Module Intro1:03
1.1 Fluid & Its Properties6:36
1.2 Types of Fluids3:04
1.3 Fluid at Rest2:37
In fluids at rest, internal pressure in a pipe or vessel induces circumferential and longitudinal stresses; circumferential stress risks joints, while longitudinal stress is smaller, informing wall thickness design.
1.4 Fluid in Motion2:49
1.5 Continuity Equation5:32
explores the continuity equation, linking cross-sectional area and velocity to discharge for incompressible liquids and compressible fluids, with examples of applying q = a * v in piping sections.
1.6 Bernoulli's Thoerem-14:14
1.6 Bernoulli's Thoerem-23:55
1.7 Pipe Size Calculation8:36
1.8 Pipe Thickness Calculation5:06
1.9 Pump Selection5:44
1.10 Insulation Thickness Calculation5:21
1.11 Mitre Bend Calculation6:27
1.12 Dyke Wall Calculations5:23

Requirements

Anyone with some basic knowledge of Mechanical engineering subjects

Description

Welcome to this course. This course is designed to provide you entry-level knowledge of Piping Designing. You can find even more syllabus, is covered in this course than the standard PG Diploma in Piping Design Engineering. And if compare the cost, it cost you nothing as compared to a standard course.

This Course is a perfect combination of theoretical study as well as practical work. You will Learn the use of your knowledge in practical work by some examples of exercises. Module 7 is coming soon.

Besides, this course is designed by unique approaches like colors that are used in this course are set according to the level of difficulty of the topic. Like for easy topics, normal bright colors used that make the learning experience much pleasant. On the other hand for difficult topics, dark & intense colors are used that enhance human concentration.

Application-based learning enhances the curiosity in the human mind to learn something, so this course is designed, at every step you will find the application of the topic or concept. Videos are small but the content is much in them, this makes you feel satisfied at the end.

All these approaches are a result of several experiments, that I performed on my students to understand their different learning patterns.

To learn more about the content in this course see the syllabus video.

Who this course is for:

Engineering student want to make a carrier in this field.
Aspirant that want to learn the PIping Designing.
Engineering student want to switch their carrier.

PG Diploma in Piping Design Engineering

What you'll learn

Explore related topics

Course content

Introduction2 lectures • 7min

Module-1.Fundamentals of Piping28 lectures • 1hr 50min

Module-2.Equipments21 lectures • 1hr 1min

Module-3.Terms, Layout & Drawings20 lectures • 2hr 31min

Module-4.Design Calculations & Considerations14 lectures • 1hr 6min

Module-5.Piping Fabrication & Support12 lectures • 45min

Module-6.Stress Analysis & Testing11 lectures • 34min

Requirements

Description

Who this course is for: