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    Siemens Solid Edge Essential Training

    Posted By: ELK1nG
    Siemens Solid Edge Essential Training

    Siemens Solid Edge Essential Training
    Last updated 6/2022
    MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
    Language: English | Size: 7.67 GB | Duration: 13h 58m

    Siemens Solid Edge Essential Training

    What you'll learn
    You will understand CAD concept and the most used operation of Siemens SOLID EDGE .
    Work independently on any Part in any version of Siemens Solid Edge.
    Learn from an Author who is an Industrial Expert and mentor with Over 15 years of Experience.
    How to import the part file from any CAD software.
    Confidently list your Solid Edge skills in your resume.
    Use Solid Edge to design/draft your next innovation.
    Requirements
    You will need to download the free Siemens Solid Edge Academic Version. You can do this with a simple web search: Solid Edge Academic - Software for Students and Teacher
    No prior knowledge. You just need the desire to learn and create awesome stuff.
    Description
    DescriptionIn this "Siemens Solid Edge Essential Training" program you will experience a unique successful method with hands on for practice.This course is designed for individuals who are new to Solid Edge as well as working in any company who had learned any CAD course long time ago and just want a brush up on the tools and operation quickly and use in their projects immediately.Even if you presently know nothing about 3D Design and Siemens Solid Edge this course is geared to accelerate you professional development and validate your skills by preparing you to pass the Solid Edge Level 1 certification exam with confidence. This course is not a shortcut to certification. To pass you will need to cover all the course material and spend time using and experimenting with Solid Edge and get industry recognized credentials.Solid Edge with Synchronous Technology is a computer-aided design (CAD) system for mechanical assembly, part modeling, drawing production, and simulation. Solid Edge boosts essential CAD user productivity by capturing engineers' solid modeling design intentions through inference logic and decision-management concepts. Synchronous technology makes it possible to modify the design of any model, without having to know how it was constructed.About this course:With this course, you will get:Full, free lifetime access to all lectures (increasing over time).All future extra lectures and upgrades will always be free.Unconditional Udemy 30 days money-back guarantee - We are sure you would love the course though ☺Today, you can start your journey to becoming a Solid Edge professional with ZERO prior experience!I stress that you need no prior experience and there is nothing to buy or pay for!!! You will only need Solid Edge itself.You will learn:How to navigate through the Solid Edge interface.How to sketch with different sketch commands.How to define sketches using relations or distances.How to use more than 10 different features to create 3D models. (extruded boss and cut, fillet, chamfers, revolved boss and cut, swept boss and cut, lofted boss and cut)How to create additional reference planes.How to modify given parts to match design needs.How to explore different materials for your models.How to design sheet metal parts.How to assemble different parts into an assembly file.How to generate drawings from parts and models.How to work with surface models.How to generate drafting of any model.Who this course is for:Students - Engineers – Hobbyists: Interested in 3D Mechanical Design? - Want to improve their job skills? Pass the Solid Edge Certified Associate Level 1 Exam. Students interested in 3D Printing.

    Overview

    Section 1: Introduction

    Lecture 1 Introduction

    Section 2: SKETCHER

    Lecture 2 1. SKETCH (LINE)

    Lecture 3 2. SKETCHER (FREE SKETCH, POINT)

    Lecture 4 3. RECTANGLE & POLYGON

    Lecture 5 4. CIRCLE & ELLIPSE

    Lecture 6 5. ARC ALL OPTIONS

    Lecture 7 6. CURVE & CONIC

    Lecture 8 7. FILLET & CHAMFER

    Lecture 9 8. SPLIT & EXTEND TO NEXT

    Lecture 10 9. TRIM & TRIM CORNER

    Lecture 11 10. OFFSET & SYMMETRIC OFFSET

    Lecture 12 11. MOVE & ROTATE

    Lecture 13 12. MIRROR, SCALE & STRETCH

    Lecture 14 13. CONSTRUCTION & CREATE AS CONSTRUCTION

    Lecture 15 14. CONVERT TO CURVE & FILL

    Lecture 16 15. EXERCISE 1.0

    Lecture 17 16. GRID ALL OPTIONS

    Lecture 18 17. RELATE ALL OPTIONS

    Lecture 19 18. IntelliSketch all options

    Lecture 20 19. Dimension All Options

    Lecture 21 20. EXERCISE 1.2

    Lecture 22 21. EXERCISE 1.3

    Section 3: SOLID MODELING

    Lecture 23 22. SOLID MODELING INTRODUCTION

    Lecture 24 23. EXTRUDE

    Lecture 25 24. EXTRUDE CUT

    Lecture 26 25. REVOLVE

    Lecture 27 REVOLVE EXERCISE

    Lecture 28 26. REVOLVE CUT

    Lecture 29 27. HOLE

    Lecture 30 28. THREAD

    Lecture 31 29. SLOT

    Lecture 32 30. EXERCISE 1.3

    Lecture 33 31. EXERCISE 1.4

    Lecture 34 32. ROUND ALL OPTIONS

    Lecture 35 33. CHAMFER ALL OPTIONS

    Lecture 36 34. DRAFT ALL OPTIONS

    Lecture 37 35. EXERCISE 1.6

    Lecture 38 36. THIN WALL

    Lecture 39 37. THIN REGION

    Lecture 40 38. RIB

    Lecture 41 RIB EXERCISE

    Lecture 42 39. WEB NETWORK

    Lecture 43 40. LIP

    Lecture 44 41. VENT

    Lecture 45 42. MOUNTING BOSS

    Lecture 46 43. EMBOSS

    Lecture 47 44. PLANES

    Lecture 48 PLANE EXERCISE

    Lecture 49 PLANE EXERCISE 2

    Lecture 50 SWEEP

    Lecture 51 SWEEP EXERCISE

    Lecture 52 SWEEP CUTOUT

    Lecture 53 SOLID SWEEP

    Lecture 54 SOLID SWEEP CUTOUT

    Lecture 55 HELIX

    Lecture 56 HELIX CUTOUT

    Lecture 57 LOFT

    Lecture 58 LOFT EXERCISE

    Lecture 59 LOFT CUTOUT

    Lecture 60 NORMAL

    Lecture 61 NORMAL CUTOUT

    Lecture 62 ENCLOSURE

    Lecture 63 UNION SUBTRACT INTERSECT

    Lecture 64 SPLIT

    Lecture 65 SCALE BODY

    Lecture 66 RECTANGULAR PATTERN

    Lecture 67 CIRCULAR PATTERN

    Lecture 68 PATTERN BY TABLE

    Lecture 69 ALONG CURVE PATTERN

    Lecture 70 MIRROR COPY FEATURE

    Lecture 71 SOLID MODELING EXERCISE

    Lecture 72 MIRROR COPY PART

    Lecture 73 MOVE FACES

    Lecture 74 ROTATE FACES

    Lecture 75 OFFSET FACES

    Lecture 76 DELETE FACES

    Lecture 77 RESIZE HOLES

    Lecture 78 RESIZE ROUND

    Lecture 79 3D Exercise

    Lecture 80 Solid Exercise

    Lecture 81 Solid Exercise

    Lecture 82 Solid Exercise

    Lecture 83 Solid Exercise

    Lecture 84 Solid Exercise

    Lecture 85 Solid Exercise

    Lecture 86 Solid Exercise

    Section 4: SHEET METAL

    Lecture 87 Base feature (TAB)

    Lecture 88 Contour Flange

    Lecture 89 Lofted Flange

    Lecture 90 2 BEND CORNER

    Lecture 91 BEND

    Lecture 92 Convert To Sheetmetal

    Lecture 93 CROSS BREAK

    Lecture 94 DIMPLE

    Lecture 95 DRAWN CUTOUT

    Lecture 96 ETCH

    Lecture 97 FLANGE

    Lecture 98 GUSSET

    Lecture 99 HEM

    Lecture 100 JOG

    Lecture 101 LOUVER

    Lecture 102 Multi-Edge Flange

    Lecture 103 NORMAL CUTOUT

    Lecture 104 RIP

    Lecture 105 SLOT

    Lecture 106 Thin feature to sheet metal

    Lecture 107 UNBEND REBEND

    Section 5: SURFACE DESIGN

    Lecture 108 EXTRUDE SURFACE

    Lecture 109 REVOLVE SURFACE

    Lecture 110 REVOLVE EXERCISE

    Lecture 111 SWEPT SURFACE

    Lecture 112 BLUESURF

    Lecture 113 BLUESURF EXERCISE

    Lecture 114 BLUESURF EXERCISE 2

    Lecture 115 BOUNDED SURFACE

    Lecture 116 OFFSET SURFACE

    Lecture 117 COPY SURFACE

    Lecture 118 BLANK SURFACE

    Lecture 119 REDEFINE SUFACE

    Lecture 120 RULED SURFACE

    Lecture 121 INTERSECT SURFACES

    Lecture 122 INTERSECT CREATE DESIGN BODY

    Lecture 123 TRIM SURFACE

    Lecture 124 EXTEND SURFACE

    Lecture 125 REPLACE FACE

    Lecture 126 CONTOUR CURVE

    Lecture 127 CROSS CURVE

    Lecture 128 CROSS CURVE EXERCISE

    Lecture 129 DERIVED CURVE

    Lecture 130 HELICAL CURVE

    Lecture 131 INTERSECTION CURVE

    Lecture 132 PROJECT CURVE

    Lecture 133 WRAP SKETCH

    Lecture 134 SPLIT & INTERSECTION POINT

    Lecture 135 SPLIT SURFACE

    Lecture 136 STITCHED SURFACE

    Lecture 137 Surface Exercise

    Lecture 138 Surface exercise

    Section 6: ASSEMBLY DESIGN & MOTION

    Lecture 139 INTRODUCTION TO ASSEMBLY

    Lecture 140 FLASHFIT RELATIONSHIP

    Lecture 141 AXIAL ALIGN RELATIONSHIP

    Lecture 142 CENTER-PLANE RELATIONSHIP

    Lecture 143 INSERT RELATIONSHIP

    Lecture 144 MATE RELATIONSHIP

    Lecture 145 PARALLEL RELATIONSHIP

    Lecture 146 PLANAR ALIGN RELATIONSHIP

    Lecture 147 TANGENT RELATIONSHIP

    Lecture 148 BUTTERFLY VALVE ASSEMBLY

    Lecture 149 CAM RELATIONSHIP

    Lecture 150 CYLINDER CRANK ASSEMBLY

    Lecture 151 PATH RELATIONSHIP

    Lecture 152 REPLACE PART

    Lecture 153 BEANCH VICE ASSEMBLY

    Lecture 154 CREATE PART IN-PLACE

    Lecture 155 GEAR RELATIONSHIP

    Lecture 156 BLOWER ASSEMBLY

    Section 7: DRAFTING

    Lecture 157 DRAFTING VIEW WIZARD

    Lecture 158 PRINCIPAL VIEW

    Lecture 159 AUXILIARY VIEW

    Lecture 160 BROKEN VIEW

    Lecture 161 DETAIL VIEW

    Lecture 162 SECTION VIEW

    Lecture 163 BROKEN-OUT VIEW

    Lecture 164 TABLES

    Lecture 165 DIMENSION

    Designers, Engineers, Makers, and Hobbyist