3D Modeling Piped Systems in AutoCAD

3D Modeling Piped Systems in AutoCAD, available at $89.99, has an average rating of 4.63, with 78 lectures, 11 quizzes, based on 1018 reviews, and has 4760 subscribers.

You will learn about Model and draw an entire piped system in AutoCAD from scratch Model all types of fittings and components in a piped system Create general assembly drawings Create fabrication drawings Create piping drawings This course is ideal for individuals who are Anybody wanting to learn how to create 3D models and clean, professional drawings of piped systems will find all they need in this course. It is particularly useful for Anybody wanting to learn how to create 3D models and clean, professional drawings of piped systems will find all they need in this course.

Enroll now: 3D Modeling Piped Systems in AutoCAD

Summary

Title: 3D Modeling Piped Systems in AutoCAD

Price: $89.99

Average Rating: 4.63

Number of Lectures: 78

Number of Quizzes: 11

Number of Published Lectures: 77

Number of Published Quizzes: 11

Number of Curriculum Items: 89

Number of Published Curriculum Objects: 88

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Model and draw an entire piped system in AutoCAD from scratch

Model all types of fittings and components in a piped system

Create general assembly drawings

Create fabrication drawings

Create piping drawings

Who Should Attend

Anybody wanting to learn how to create 3D models and clean, professional drawings of piped systems will find all they need in this course.

Target Audiences

Anybody wanting to learn how to create 3D models and clean, professional drawings of piped systems will find all they need in this course.

Many people think you need an Engineering degree to design piped systems such as chemical plants and filtration systems, but that’s not the case. People are often intimidated by AutoCAD and think it takes years of experience to operate effectively, but this too is a misconception.

You are going to walk into this course perhaps never having even SEEN AutoCAD before, and by the end, you’ll be CONFIDENTLY designing complex, piped systems from scratch. What’s more, you’ll be creating virtual, 3D solid models of these systems and then generating all of the drawings necessary to fabricate and assemble your system!

Once you learn the material in this course, there really is no limit to what you’ll be able to design, model and draw.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Course Intro

Lecture 2: Course Notes

Lecture 3: Contacting Your Instructor

Lecture 4: Course Objectives

Chapter 2: AutoCAD Environment

Lecture 1: Objectives

Lecture 2: Download Links / Install Instructions

Lecture 3: Command Entry Methods

Lecture 4: Customizing the Workspace (Part 1)

Lecture 5: Customizing the Workspace (Part 2)

Lecture 6: Assignment

Chapter 3: 2D Drawing Fundamentals

Lecture 1: Objectives

Lecture 2: 2D Constructs: Lines, Circles and Rectangles / Pan, Zoom

Lecture 3: Selection Tools and Methods in AutoCAD

Lecture 4: 2D Modifiers: p, l, Trim, Extend, Mirror, Rotate, Scale, Copy, Move

Lecture 5: Assignment

Chapter 4: Navigating 3D Space

Lecture 1: Objectives

Lecture 2: Cartesian Coordinate System

Lecture 3: Basic Views (Top, Left, Right, Front, etc.)

Lecture 4: Isometric Views

Lecture 5: Assignment

Chapter 5: 2D Figures in 3D Space

Lecture 1: Objectives

Lecture 2: Drawing in Multiple Views

Lecture 3: Drawing with Snaps

Lecture 4: Moving Objects in 3D / Align

Lecture 5: Assignment

Chapter 6: 3D Drawing Fundamentals

Lecture 1: Objectives

Lecture 2: 3D Constructs: Spheres, Cones, Cubes, Toruses

Lecture 3: 3D Modifiers: Region, Extrude, Revolve, Sweep

Lecture 4: 3D Modifiers: Union, Subtract, Array

Lecture 5: 3D Modifiers: Presspull, Slice

Lecture 6: Assignment

Chapter 7: Modeling Pipe and Components

Lecture 1: Objectives

Lecture 2: Spears Sourcebook Link

Lecture 3: 3D Component Development: Pipes

Lecture 4: 3D Component Development: Elbows

Lecture 5: 3D Component Development: Flanges

Lecture 6: 3D Component Development: Tees

Lecture 7: 3D Component Development: Crosses

Lecture 8: 3D Component Development: Reducer Bushings

Lecture 9: 3D Component Development: Fasteners

Lecture 10: 3D Component Development: Valves

Lecture 11: 3D Component Development: Vessels

Lecture 12: 3D Component Development: Strainers

Lecture 13: Assignment

Chapter 8: Assembling Components

Lecture 1: Objectives

Lecture 2: Constructing a Frame with Angle

Lecture 3: Laying Out Major Components

Lecture 4: Piping the Assembly

Lecture 5: Assignment

Chapter 9: Modeling a Complete System

Lecture 1: Objectives

Lecture 2: Structural Steel Members – Beam and Channel

Lecture 3: Modeling the Steel Skid

Lecture 4: Developing the System (Part 1)

Lecture 5: Developing the System (Part 2)

Lecture 6: Developing the System (Part 3)

Lecture 7: Developing the System (Part 4)

Lecture 8: Refining the Model (Part 1)

Lecture 9: Refining the Model (Part 2)

Lecture 10: Refining the Model (Part 3)

Lecture 11: Assigning Components to Layers

Lecture 12: Assignment

Chapter 10: Generating 2D Views

Lecture 1: Objectives

Lecture 2: Rendering System Views / Solprof, Explode

Lecture 3: Rendering Assembly Views

Lecture 4: Assignment

Chapter 11: Dimensions and Leaders

Lecture 1: Objectives

Lecture 2: Stylizing and Applying Dimensions and Leaders

Lecture 3: Different Types of Dimensions

Lecture 4: Assignment

Chapter 12: Creating Drawing Package

Lecture 1: Objectives

Lecture 2: Drafting: GA (General Assembly) Drawing / Viewports, Dwg Scales

Lecture 3: Drafting: Installation Drawing

Lecture 4: Drafting: Piping Assembly Drawings

Lecture 5: Drafting: Frame Fabrication Drawings

Lecture 6: Assignment

Chapter 13: Conclusion

Lecture 1: Congratulations!

Instructors

Paul Lynn
Dachshund Connoisseur

Rating Distribution

1 stars: 14 votes

2 stars: 12 votes

3 stars: 78 votes

4 stars: 276 votes

5 stars: 638 votes

Frequently Asked Questions

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