Siemens Nx 1847 - Essential Training

Learn Siemens NX from scratch and Be PRO in Siemens NX within a week

What you'll learn

Understanding NX

File format in NX

NX User Interface

Ribbon bar customization

Preference settings

Cue status line

Zoom pan and rotate options

Direct sketch Vs sketch task environment

Familiar with groups in sketch environment

Constraint types

Advanced geometric relations

Sketch fully constraints

Linear pattern

Project curve

Extrude feature

Revolve feature

Sweep along guide tool

Edge blend

Chamfer

Shell in a solid body

Hole

And many other important topics…

Requirements

No prior knowledge with Siemens NX is required

Access Siemens NX 1847 or later

Internet connection and PC at a beginner level

Description

In this Siemens NX Essential training course, Expert author Asif Ahmed, (Siemens NX Expert) will teach you how to create a sketch, parts, assembly and drawing files using the variety of tools in Siemens NX. This course is designed for the absolute beginner, meaning no previous experience with Siemens NX is required. If anyone wants to fill up his/her gap in Siemens NX, then this is also the right course for them.Once you have completed this computer based training course, you will be fully capable of using these tools and techniques to create your own drawing and get control perfectly using this 3D modeling software. Working files are included, allowing you to follow along with the author throughout the lessons.In this Siemens NX Essential training video tutorial series, you'll quickly have relevant skills for real-world applications.About this course:Follow along with our expert instructor in this training course to get:12.0+ hours of HD video tutorial160+ individual video lecturesExercise files for each chapter14 Practice projects10 Assignments2 Quiz tests end of the courseFull lifetime accessAccess on mobile and TV30 days money-back guaranteeCertificate of CompletionTopics covered in this course:SketchPartAssemblyDrawingWhy do you choose this course:Progressive difficulty: we start slow and we build our way upAll lectures are straight to the point - minimal effort, maximum resultsLearn by working, not by memorizing!Get depth knowledge about parametric CAD system including sketch, part, assembly, and drawing.Apply Siemens NX skill easily in a production environment without struggling.Increase confident about Siemens NX and design whatever you wantImpeccable sound and video quality 

Overview

Section 1: 01. Introduction

Lecture 1 0101. Introduction

Lecture 2 0102. Find Exercise files and Captions

Lecture 3 0103. Exercise files

Section 2: 02. Getting started with NX

Lecture 4 0201. What is NX

Lecture 5 0202. Design Intent

Lecture 6 0203. Understanding NX versions

Lecture 7 0204. File format in NX

Section 3: 03. User Interface

Lecture 8 0301. Overview of NX User Interface

Lecture 9 0302. Quick access toolbar customization

Lecture 10 0303. Ribbon bar customization

Lecture 11 0304. Add custom TAB and GROUP in Ribbon bar

Lecture 12 0305. Customize top and left border bar

Lecture 13 0306. Resource bar

Lecture 14 0307. Create, edit, export and import role

Lecture 15 0308. Preference settings

Lecture 16 0309. Customer defaults VS User Preference settings

Lecture 17 0310. How to find tools in NX

Lecture 18 0311. Change NX environment using application

Lecture 19 0312. Cue status line information

Section 4: 04. View manipulation

Lecture 20 0401. Zoom pan and rotate options

Lecture 21 0402. Orient view tools

Lecture 22 0403. Change model display style with background color

Section 5: 05. Basic Sketch Creation

Lecture 23 0501. Create modeling file and save file

Lecture 24 0502. Create a sketch

Lecture 25 0503. Difference between direct sketch and sketch task environment

Lecture 26 0504. Sketch editing mode

Lecture 27 0505. Familiar with groups in sketch environment

Lecture 28 0506. Create a Line or a group of lines

Lecture 29 0507. Create a circle tool

Lecture 30 0508. Create a rectangle tool

Lecture 31 0509. Create an arc

Section 6: 06. Geometric and dimensional constraints

Lecture 32 0601. What is constraints

Lecture 33 0602. Constraint types

Lecture 34 0603. Apply and control Automatic geometric relations

Lecture 35 0604. Apply geometric relations manually

Lecture 36 0605. Shortcut to apply geometric relations

Lecture 37 0606. Advanced geometric relations

Lecture 38 0607. Quick Pick tool

Lecture 39 0608. Delete constraints or curves using Relations Browser

Lecture 40 0609. Dimensional constraints

Lecture 41 0610. Understanding sketch fully constraints

Lecture 42 0611. Sketch fully constraints

Lecture 43 0612. Auto dimensioning

Lecture 44 0613. Convert to from reference

Lecture 45 0614. Solve over constraint problem

Section 7: 07. Intermediate sketch tools

Lecture 46 0701. Creating and constraining an ellipse

Lecture 47 0702. Create a polygon

Lecture 48 0703. Create Mirror curve

Lecture 49 0704. Create linear pattern

Lecture 50 0705. Create circular pattern

Lecture 51 0706. Create offset curve

Lecture 52 0707. Create intersection curve

Lecture 53 0708. Create project curve

Section 8: 08. Modify sketch

Lecture 54 0801. Quick trim and extend

Lecture 55 0802. Create a fillet

Lecture 56 0803. Create a chamfer

Lecture 57 0804. Make corner tool

Section 9: 09. Practice Project - Sketch

Lecture 58 0901. Practice Sketch 01

Lecture 59 0902. Practice Sketch 02

Lecture 60 0903. Practice Sketch 03

Lecture 61 0904. Practice Sketch 04

Lecture 62 0905. Practice Sketch 05

Section 10: 10. Sketch based features

Lecture 63 1001. Sketched and non sketched base feature

Lecture 64 1002. Create an extrude feature

Lecture 65 1003. Internal and external sketch

Lecture 66 1004. Limit option in extrude tool

Lecture 67 1005. Boolean option in extrude tool

Lecture 68 1006. Create a revolve feature

Lecture 69 1007. Sweep along guide tool

Section 11: 11. Part modification features

Lecture 70 1101. Creating Edge blend

Lecture 71 1102. Create a chamfer

Lecture 72 1103. Make Shell in a solid body

Lecture 73 1104. Create a hole

Lecture 74 1105. Create a drill size hole

Lecture 75 1106. Create a screw clearance size hole

Lecture 76 1107. Create a threaded hole

Lecture 77 1108. Combine, subtract or intersect bodies

Section 12: 12. Part Navigator

Lecture 78 1201. Understanding part navigator

Lecture 79 1202. Model history folder in part navigator

Lecture 80 1203. Common operations in a part navigator

Lecture 81 1204. Use filter and make custom filter

Lecture 82 1205. Suppress, unsuppress or delete any features

Lecture 83 1206. Model View

Section 13: 13. Pattern making

Lecture 84 1301. Linear pattern

Lecture 85 1302. Circular pattern

Lecture 86 1303. Polygon pattern

Lecture 87 1304. Geometry pattern

Lecture 88 1305. Mirror features or bodies

Section 14: 14. Datum features

Lecture 89 1401. Importance of datum features

Lecture 90 1402. Creating Datum Planes

Lecture 91 1403.Create datum axis

Lecture 92 1404.Create datum coordinate system

Section 15: 15. Selections and Visibility

Lecture 93 1501. Filter options in a selection group

Lecture 94 1502. Detailed filtering

Lecture 95 1503. Multi select gesture options

Lecture 96 1504. 3D box selection

Lecture 97 1505. Curve rule to select curves or edges

Lecture 98 1506. Quick pick tool in part and assembly environment

Lecture 99 1507. Selection preferences

Lecture 100 1508. Show and hide objects

Lecture 101 1509. Create a section view

Lecture 102 1510. Measure tool

Lecture 103 1511. Assign materials

Lecture 104 1512. Edit object appearance

Section 16: 16. Practice Project - Part

Lecture 105 1601. Practice Part 01

Lecture 106 1602. Practice Part 02 - Preview

Lecture 107 1603. Practice Part 02 - 3D modeling

Lecture 108 1604. Practice Part 03 - Preview

Lecture 109 1605. Practice Part 03 - 3D modeling

Lecture 110 1606. Practice Part 04 - Preview

Lecture 111 1607. Practice Part 04 - 3D modeling

Lecture 112 1608. Practice Part 05 - 3D modeling

Section 17: 17. Create assembly

Lecture 113 1701. Create assembly file using assembly template

Lecture 114 1702. Edit components using work part and displayed part mode

Lecture 115 1703. Options in ADD COMPONENT tool

Lecture 116 1704. Move component tool

Lecture 117 1705. Create new parent

Lecture 118 1706. Top down and bottom up design method

Lecture 119 1707. Reference Sets

Lecture 120 1708. Assembly Navigator overview

Section 18: 18. Assembly constraint

Lecture 121 1801. Add component and apply constraint

Lecture 122 1802. Evaluate part position status

Lecture 123 1803. Assembly constraints Overview

Lecture 124 1804. Show degrees of freedom

Lecture 125 1805. Constraint navigator

Lecture 126 1806. Touch align constraints

Lecture 127 1807. Concentric constraint

Lecture 128 1808. Distance constraint

Lecture 129 1809. Parallal and perpendicular constraint

Section 19: 19. Pattern in assembly

Lecture 130 1901. Linear pattern

Lecture 131 1902. Circular pattern

Lecture 132 1903. Mirror component

Section 20: 20. Exploded View

Lecture 133 2001. Creating and editing exploded view

Lecture 134 2002. Managing exploded view

Lecture 135 2003. Create and edit tracelines in exploded view

Section 21: 22. Understanding drafting overview

Lecture 136 2201. Understanding drafting environment

Lecture 137 2202. Methods to create a 2D drawing file

Lecture 138 2203. Create a drawing file

Section 22: 23. Basic view type

Lecture 139 2301. View creation wizard

Lecture 140 2302. Using base view tool

Lecture 141 2303. Projected view tool

Lecture 142 2304. Projected auxiliary view

Lecture 143 2305. Create a detail view

Lecture 144 2306. Create a simple and stepped section view

Lecture 145 2307. Create revolved section view

Section 23: 24. Dimension type

Lecture 146 2401. Add basic dimensions using rapid dimension tool

Lecture 147 2402. Edit dimensions

Lecture 148 2403. Anticipate design changes

Lecture 149 2404. Add and edit hole callout info

Section 24: 25. Annotation

Lecture 150 2501. Add text using note tool

Lecture 151 2502. Text alignment

Lecture 152 2503. Add leader with a note

Lecture 153 2504. Add dynamic text

Lecture 154 2505. Add weld symbol

Lecture 155 2506. Add surface finish symbol

Lecture 156 2507. Add intersection symbol

Lecture 157 2508. Create center mark

Section 25: PRACTICE TEST

A person who want to be proficient in Siemens NX to find a job,A person who want to improve Siemens NX essential topics,A person who want to learn Siemens NX absolutely from scratch,A person who want to design 3D model without spending huge time on learning.,A person who want to get a better job using Siemens NX skills.,Any Graduate student or Diploma Students,Individual professional,Hobbyist