Udemy - Siemens NX Surface Training

What you'll learn
You will understand CAD concept and the most used operation of Siemens NX surfacing .
Work independently on any Part in any version of Siemens NX Surfacing.
Confidently list your NX surface skills in your resume.
Make any complex Designs easily using a combination of tools as shown in Examples & Exercises.
Requirements
You will need to download the free Siemens NX CAD Academic Version. You can do this with a simple web search: NX Academic - Software for Students and Teacher
Description
DescriptionIn this "Siemens NX Surface Training" program you will experience a unique successful method with hands on for practice.This course is designed for individuals who are not new to NX CAD 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 NX Surface this course is geared to accelerate you professional development and validate your skills in surfacing.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 NX Surface and get industry recognized credentials.NX Surface with curves is a computer-aided design (CAD) system for creating complicated surfacing parts and assemblies. NX Surface boosts essential CAD user productivity by capturing engineers' Surface modeling design intentions through inference logic and decision-management concepts. 3D Curves 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 NX Surface professional !I stress that you need no prior experience and there is nothing to buy or pay for!!! You will only need NX itself.You will learn:How to navigate through the NX CAD interface.How to sketch with different sketch commands.How to define sketches using constraint or distances.How to use more than 10 different features to create 3D models. 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 surface parts.How to assemble different surface 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? Students interested in 3D Printing." program you will experience a unique successful method with hands on for practice.
Overview
Section 1: Surface Design
Lecture 1 Introduction
Lecture 2 Four Point Surface
Lecture 3 Extrude exercise 1
Lecture 4 Revolve Surf Exercise 2
Lecture 5 Edge Blend
Lecture 6 Face Blend
Lecture 7 Aesthetic Face Blend
Lecture 8 BLEND CORNER
Lecture 9 EMBOSS SURFACE
Lecture 10 OFFSET SURFACE
Lecture 11 VARIABLE OFFSET FACE
Lecture 12 Offset Emboss
Lecture 13 Ribbon Builder
Lecture 14 Patch opening
Lecture 15 Sheet from Curves
Lecture 16 Bounded Plane
Lecture 17 Fill Surface
Lecture 18 Fill Surf Exercise. 3
Lecture 19 Transition Surface
Lecture 20 Divide Face
Lecture 21 Trim and Extend
Lecture 22 Trim and Extend Exercise 4
Lecture 23 Trim and Extend Exercise 5
Lecture 24 Untrim
Lecture 25 Extract Geometry
Lecture 26 Combine
Lecture 27 Silhouette Flange
Lecture 28 Extension Surface
Lecture 29 Law Extension
Lecture 30 Through Curves
Lecture 31 Through Curve Exercise 6
Lecture 32 Through Curve Mesh
Lecture 33 Studio Surface
Lecture 34 N Sided Surface
Lecture 35 Ruled
Lecture 36 Midsurface by Face Pair
Lecture 37 TRIM SHEET
Lecture 38 EXTEND SHEET
Lecture 39 VARIABLE OFFSET FACE
Lecture 40 BRIDGE SURFACE
Lecture 41 Bridge Surface Exercise 7
Lecture 42 Swept
Lecture 43 Swept II
Lecture 44 Swept Vector Direction
Lecture 45 Swept Angular Law
Lecture 46 SWEEP ALONG GUIDE
Lecture 47 Variational Sweep
Lecture 48 Patch
Lecture 49 Flattening and forming
Lecture 50 Sew
Lecture 51 Unsew
Lecture 52 Section Surface
Lecture 53 Section Surface II
Lecture 54 Section Surface III
Lecture 55 STYLED BLEND
Lecture 56 STYLED CORNER
Lecture 57 Styled Sweep part1
Lecture 58 Styled Sweep part2
Lecture 59 styled sweep exercise 8
Lecture 60 Xform
Lecture 61 I-Form
Lecture 62 Enlarge Surface
Lecture 63 Edge Symmetry
Lecture 64 Global Shaping by to Point
Lecture 65 Global Shaping by open region
Lecture 66 Global Shaping by to curves
Lecture 67 Global Shaping by overbend
Lecture 68 Global Shaping by surface
Lecture 69 Global Shaping BY curves
Lecture 70 Global Shaping by surface2
Lecture 71 Global Shaping by surface3
Lecture 72 Global Shaping by stretch to point
Lecture 73 Global Shaping by stretch to curve
Lecture 74 Global Shaping by to curves2
Lecture 75 Jug Exercise 9
Lecture 76 Dart Exercise 10
Lecture 77 surface Exercise 11
Lecture 78 Surface Exercise 12
Lecture 79 Through Curves Exercise 13
Lecture 80 Surface Exercise 14
Lecture 81 Surface Exercise 15
Lecture 82 surface exercise 16
Lecture 83 Surface Exercise 17
Lecture 84 Surface Exercise 18
Lecture 85 Surface Exercise 19
Lecture 86 Surface Exercise 20
Lecture 87 Surface Exercise 21
Section 2: Curve
Lecture 88 Offset Curve
Lecture 89 Offset Curve in face
Lecture 90 Offset 3D Curve
Lecture 91 Bridge Curve
Lecture 92 Composite Curve
Lecture 93 Combined Curve
Lecture 94 combined Curve Exercise 1
Lecture 95 Delete Edge
Lecture 96 Scale Curve
Lecture 97 Project Curve
Lecture 98 Intersection Curve
Lecture 99 Wrap Curve
Lecture 100 Unwrap Curve
Lecture 101 Isoparametric Curve
Lecture 102 Isocline Curve
Lecture 103 Section Curves
Lecture 104 Mirror Curve
Lecture 105 Raster image
Lecture 106 Virtual Curve
Lecture 107 Helix Curve
Lecture 108 Helix Curve
Lecture 109 Helix Exercise
Lecture 110 Helix Blend Corner Exercise 2
Lecture 111 Text
Lecture 112 Curve on surface
Lecture 113 Trim Curve
Lecture 114 Curve Length
Lecture 115 X-form for spline
Lecture 116 3D Curve Exercise 3
Lecture 117 3D Curve Exercise 4
Technical students,Diploma mechanical,BTech Mechanical,M. Tech CAD CAM,Any technical person,First Timer Professionals
Homepage

https://www.udemy.com/course/siemens-nx-surface-training/