Solid Edge Training

Learn Solid Edge Part, assembly, drawing and more from scratch with real world examples

What you'll learn

You will learn how to make complex 3D Parts.

You will understand CAD concept and the most used operation of Solid Edge .

Work independently on any Part in any version of Siemens Solid Edge.

learn how to create and design 3-D models and shapes using various commands like extrude, studio surface, swept, revolve and many more

Requirements

Siemens Solid Edge software version 2021 or higher

Description

Hello friends welcome to our course on Solid Edge Training .Solid Edge, a product of SIEMENS Corp., is one of the world’s leading CAD/CAM/CAE packages. Being a solid modeling tool, it not only unites 3D parametric features with 2D tools, but also addresses every design-through-manufacturing process. Besides providing an insight into the design content, the package promotes collaboration between companies and provides them an edge over their competitors.this course designed in such a way that you will learn about all important tools and commands of the software with the help of tutorials. This is a streamlined course to take you about Solid Edge to give you all the knowledge and skills needed to become a certified siemens Solid Edge designer. This course should enable you to, with confidence, use Solid Edge to design your next innovation. After this course, you can proudly list your Solid Edge skills in your resume.I have adopted the tutorial point-of-view and the learn-by-doing theme throughout the course. This approach guides the users through the process of creating the models in the tutorials.Features of the coursefull and lifetime access to over 30 video lectures.over 10 hours course content.Language - EnglishSoftware version - Solid EdgeThis course is designed to give complete & depth knowledge of every tool used to make designed model or drawings with exercises.we have provided more than 20 practice models with videos to have a better understanding of commands and tools.You will get all files used to create this course which is helpful to do practice.if you have any question regarding this course, feel free to contact us. We will love to help you.Why take this coursethis course starts with the basics and slowly takes you into the depth of designing and modelling.almost all important tools and commands are discussed that are used in industry.this course will help you to create your own designs and innovations.for any query and trouble, we are always available for you.What you will learn in this courselearn how to create 2D sketches using commands such as lines, circles, arcs, rectangles etc.learn how to apply manual and automatic constraints to sketches.learn how to edit, move, copy, sketches.create 3D models and shapes using commands such as extrude, revolve, sweep, ruled, sweep blend, draft, fillet, chamfer, studio surface etc.learn how to create drawings, projections and drafting of the models.learn about sheet metal modeling.Who this course is for:Anyone who wants to learn any computer aided designing.Individual who wants to learn the Solid Edge software.Mechanical engineersAerospace engineersWorking professionals who wants to enhance their skills on CAD software.Individuals wanting to get a better job via Solid Edge design skillsIndividuals wanting to list Solid Edge skills in their resume

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: Sketcher

Lecture 2 Line Point Free Sketch

Lecture 3 Circle All options

Lecture 4 Rectangle and Polygon

Lecture 5 Fillet and Chamfer

Lecture 6 Arc 3 options

Lecture 7 Curve and Conic

Lecture 8 Trim Trim corner

Lecture 9 Extend and Split

Lecture 10 Offset and symmetric offset

Lecture 11 Move and Rotate

Lecture 12 Mirror Scale and Stretch

Lecture 13 Tutorial 1

Lecture 14 Tutorial 2

Lecture 15 Create as construction

Lecture 16 Tutorial 3

Lecture 17 Tutorial 4

Lecture 18 Fill & Convert to curve

Lecture 19 Tutorial 5

Lecture 20 Tutorial 6

Lecture 21 Grid all options

Lecture 22 Tutorial 7

Lecture 23 Tutorial 8

Lecture 24 Relate all options

Lecture 25 IntelliSketch

Lecture 26 Dimension

Section 3: Solid Modeling

Lecture 27 Extrude

Lecture 28 Tutorial 9

Lecture 29 Tutorial 10

Lecture 30 Extrude Cut

Lecture 31 Revolve

Lecture 32 Tutorial 11

Lecture 33 Revolve cut

Lecture 34 Tutorial 12

Lecture 35 Planes all options

Lecture 36 Tutorial 13 Synchronous method

Lecture 37 Hole all options

Lecture 38 Tutorial 14

Lecture 39 Slot

Lecture 40 Round

Lecture 41 Tutorial 15

Lecture 42 Chamfer

Lecture 43 Tutorial

Lecture 44 Tutorial

Lecture 45 Draft all options

Lecture 46 Thin Wall

Lecture 47 Tutorial

Lecture 48 Thin Region

Lecture 49 Rib

Lecture 50 Web network

Lecture 51 Lip Groove

Lecture 52 Vent

Lecture 53 Mounting boss

Lecture 54 Emboss

Lecture 55 Sweep 1

Lecture 56 Sweep 2

Lecture 57 Sweep cutout

Lecture 58 Loft

Lecture 59 Loft cutout

Lecture 60 Helix

Lecture 61 Helix cutout

Lecture 62 Normal.

Lecture 63 Normal cutout

Lecture 64 Solid sweep

Lecture 65 Solid sweep cutout

Lecture 66 Rectangular Pattern

Lecture 67 Circular Pattern

Lecture 68 Tutorial

Lecture 69 Along Curve

Lecture 70 Duplicate.

Lecture 71 Tutorial

Lecture 72 Move Rotate Offset face

Lecture 73 Tutorial

Lecture 74 Delete faces

Lecture 75 Resize hole round

Lecture 76 Tutorial

Section 4: Surfacing

Lecture 77 Extrude Surf

Lecture 78 Revolve surface

Lecture 79 Ruled Surface.

Lecture 80 Tutorial

Lecture 81 Offset surface

Lecture 82 Copy surface

Lecture 83 Tutorial

Lecture 84 Tutorial

Lecture 85 Bounded Surface

Lecture 86 BlueSurf

Lecture 87 Swept surface

Lecture 88 Intersect

Lecture 89 Replace Face

Lecture 90 Trim surface

Lecture 91 Extend surface.

Lecture 92 Split surface

Lecture 93 Stitch Surface

Lecture 94 Keypoint curve

Lecture 95 Intersection curve

Lecture 96 Project curve

Lecture 97 Wrap sketch

Lecture 98 Helical Curve

Lecture 99 Cross curve

Lecture 100 Contour curve

Lecture 101 Isocline

Lecture 102 Derived curve

Lecture 103 Split Curve

Lecture 104 Intersection point

Section 5: Assembly design

Lecture 105 Assembly Introduction

Lecture 106 Axial Align

Lecture 107 Mate

Lecture 108 Flashfit

Lecture 109 Insert relation

Lecture 110 Path relationship

Lecture 111 Planar Align

Lecture 112 Tangent

Lecture 113 Single piston assembly

Lecture 114 Simulate piston

Lecture 115 CAM and follower assembly

Lecture 116 Governor Assembly

Lecture 117 Gear Relationship1

Lecture 118 Create part in-place

Section 6: Drafting

Lecture 119 Drafting View wizard Principal and Auxiliary

Lecture 120 Detail Cutting Plane Section and Broken out

Lecture 121 Sheet Background

Lecture 122 Parts table Hole table

Lecture 123 drafting exercise

Lecture 124 Drafting options

Section 7: Sheet Metal design

Lecture 125 Tab n Flange

Lecture 126 MultiEdge Flange

Lecture 127 Contour Flange

Lecture 128 Hem

Lecture 129 Dimple n Louver

Lecture 130 Drawn cutout and Bead

Lecture 131 Gusset

Lecture 132 Lofted flange

Lecture 133 2-bend corner & 3-bend corner

Lecture 134 Hole and cut

Lecture 135 Bend Unbend and Rebend

Lecture 136 Break corner

Lecture 137 Jog Sheet

Lecture 138 Resize Angle Radius Holes Round

Anyone who wants to learn any computer aided designing,Individual who wants to learn the Solid Edge software,B Tech Mechanical