Autodesk Inventor 2023 CAD + Solid Edge 2022 CAD + NX CAD

Autodesk Inventor 2023 CAD Basics + Solid Edge 2022 CAD + NX CAD (Modelling & Assembly & Drafting)

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Last Updated: 2023-05-31 09:05:26 English Course Type: Self Learning

You will be able to use NX CAD for 3D parts & Surfaces.
You will be able to use Solid Edge 2022 CAD for 3D parts & Surfaces.
You will be able to use Autodesk Inventor CAD for 3D parts & Surfaces.
You will be able to use NX CAD for Assembly & Drafting
You will be able to use Solid Edge 2022 CAD for Assembly & Drafting
You will be able to use Autodesk Inventor for Assembly & Drafting

Course Main Contents (3 Courses!):

Course 1: Solid Edge 2022 CAD (Modelling - Assembly - Drafting) Essentials

Course 2: NX CAD (Modelling - Assembly - Drafting) Essentials

Course 3: Autodesk Inventor 2023 CAD (Modelling - Assembly - Drafting)

Course Description :

After this course, you will be able to use the NX CAD to do Modelling

After this course, you will be able to use the Solid Edge CAD (Modelling - Assembly - Drafting).

After this course, you will be able to use the Autodesk Inventor 2023 CAD (Modelling - Assembly - Drafting).

You will learn 3 different CAD Programs

CAD Package Contents:

Autodesk Inventor 2023 CAD Sketching
Autodesk Inventor 2023 CAD Sketching Exercises
Autodesk Inventor 2023 CAD Modelling
Autodesk Inventor 2023 CAD Modelling Exercises
Autodesk Inventor 2023 CAD Assembly & Drafting
NX CAD Sketching
NX CAD Modelling
NX Synchronous Modelling
NX Surface Creation Basics
NX Assembly Overview
NX Drafting Overview
Solid Edge CAD Sketching
Solid Edge CAD Modelling
Solid Edge Assembly Overview
Solid Edge Drafting Overview

Notes:

You will download all parts that we used during the course and more parts for practice.
The implementation of this course is in NX 11 & Solid edge 2022 & Autodesk Inventor 2023, but you will be able to implement using any version.
You will have full technical support with me.
Weekly additional Exercise will be added to the course according to students' requirements (If required).

NX 11 or NX 12
Inventor 2023
Solid Edge 2022

Mechanical Production Engineers
Technical Person
Mechanical Students

Section 1 : NX CAD Interface & Sketching 5 Lectures 00:43:21
Lecture 1 :
NX CAD Interface and Concept Preview
Lecture 2 :
NX Sketch Part 1
Lecture 3 :
NX Sketch Part 2
Lecture 4 :
NX Sketch Constrains
Lecture 5 :
NX Sketch Exercise
Section 2 : NX Extrude & Revolve 4 Lectures 00:36:52
Lecture 1 :
NX Extrude
Lecture 2 :
NX Extrude and Revolve
Lecture 3 :
NX Extrude Exercise
Lecture 4 :
NX Revolve Exercise
Section 3 : NX CAD Features 12 Lectures 01:20:18
Lecture 1 :
NX Edge Blend, Draft, Shell, Trim Body, Chamfer, Hole
Lecture 2 :
NX Modeling Exercise
Lecture 3 :
Emboss, Emboss Body, Offset Emboss, Groove
Lecture 4 :
Emboss, Emboss Body, Extract Geometry
Lecture 5 :
Trim Sheet, Split body, Trim and Extend, Extend Sheet, Divide face, Delete Body
Lecture 6 :
Offset Face, Offset Surface, Variable Offset, Thicken, Bounding body, Scale
Lecture 7 :
Project curve, Offset Curve, Offset Curve on face
Lecture 8 :
Intersection Curve, Bridge Curve, Isoperimetric Curve, Helix, Tube, Swept
Lecture 9 :
Isoperimetric Curve, Combined Projection, Curve on surface
Lecture 10 :
Extract Virtual curve, Isocline Curve
Lecture 11 :
Sweep Features
Lecture 12 :
Additional Features - Dart, Block, Sphere, Cyl, Cone
Section 4 : Synchronous Modeling 1 Lectures 00:06:40
Lecture 1 :
Synchronous Modeling
Section 5 : NX Surface Modelling 7 Lectures 00:26:20
Lecture 1 :
Surface Through Curves
Lecture 2 :
Surface Through Curves Mesh
Lecture 3 :
Studio Surface, Fill Surface
Lecture 4 :
N-Sided Surface
Lecture 5 :
Law Extension, Extension
Lecture 6 :
Law Extension, Silhouette Flange
Lecture 7 :
Four Points Surface, Surface Through Points
Section 6 : CAD Modelling Exercises 4 Lectures 00:29:47
Lecture 1 :
Modeling Exercise 1
Lecture 2 :
Modeling Exercise 2
Lecture 3 :
Modeling Exercise 3
Lecture 4 :
Modeling Exercise 4
Section 7 : Assembly & Drafting Overview 5 Lectures 00:39:52
Lecture 1 :
Assembly 1
Lecture 2 :
Assembly 2
Lecture 3 :
Assembly 3
Lecture 4 :
Drafting Overview
Lecture 5 :
Drafting Title Block
Section 8 : Solid Edge Sketching & Modelling 21 Lectures 02:10:00
Lecture 1 :
Solidedge Interface
Lecture 2 :
Sketching (Line - Circle)
Lecture 3 :
Sketching (Rectangle-Curve-Extend-Trim-Poligon-Split-Fillet -Chamfer - Arc)
Lecture 4 :
Sketching (Offset - Mirror - Move - Scale )
Lecture 5 :
Sketching (Dimensions - Relate )
Lecture 6 :
Extrude and Cut
Lecture 7 :
Revolve and Revolve Cut
Lecture 8 :
Draft - Hole - Round - Chamfer
Lecture 9 :
Thin Wall - Thin Region - Rip - Lip - Web Network - Vent
Lecture 10 :
Sweep - Helix - Loft
Lecture 11 :
Sweep Cutout - Helix Cutout - Loft Cutout
Lecture 12 :
Pattern - Mirror
Lecture 13 :
Modify Solids
Lecture 14 :
Surfacing 1
Lecture 15 :
Surfacing 2
Lecture 16 :
Surfacing 3
Lecture 17 :
Surfacing 4
Lecture 18 :
Surfacing 5
Lecture 19 :
Modelling Exercise 1
Lecture 20 :
Modelling Exercise 2
Lecture 21 :
Modelling Exercise 3
Section 9 : Solid Edge Assembly & Drafting 8 Lectures 01:03:13
Lecture 1 :
Assembly Overview
Lecture 2 :
Assembly 1
Lecture 3 :
Assembly 2
Lecture 4 :
Assembly 3
Lecture 5 :
Drafting 1
Lecture 6 :
Drafting 2
Lecture 7 :
Drafting 3
Lecture 8 :
Drafting 4
Section 10 : Inventor Modelling 19 Lectures 01:41:13
Lecture 1 :
Inventor Interface
Lecture 2 :
Create Sketch
Lecture 3 :
Modify Sketch
Lecture 4 :
Sketch Constrains
Lecture 5 :
Create Extrude 1
Lecture 6 :
Create Extrude 2
Lecture 7 :
Sketch & Extrude Exercise 1
Lecture 8 :
Sketch & Extrude Exercise 2
Lecture 9 :
Create Plane
Lecture 10 :
Revolve
Lecture 11 :
Revolve Exercise
Lecture 12 :
Sweep & Loft
Lecture 13 :
Hole - Fillet - Chamfer - Shell
Lecture 14 :
Thread - Split - Thicken - Draft - Combine - Direct
Lecture 15 :
Pattern
Lecture 16 :
Coil & Rib
Lecture 17 :
Point & Axis
Lecture 18 :
Modelling Exercise 1
Lecture 19 :
Modelling Exercise 2
Section 11 : Assembly & Drafting 5 Lectures 00:24:58
Lecture 1 :
Assembly 1
Lecture 2 :
Assembly 2
Lecture 3 :
Drafting 1
Lecture 4 :
Drafting 2
Lecture 5 :
Drafting 3

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Mohamed Gamal,

9157 Course Views

7 Courses

Have strong experience as CAD CAM Instructor: NX (CAD - CAM - CAE -Mold Wizard - CNC Post Builder, Sheet Metal) Solid Works, Inventor, Solid Edge Have strong experience in post processing for CNC machines (Milling, Turning, Wire EDM) Making a (G code) programs for a lot of mechanical products and manufacturing it in CNC machines (Milling 3 Axis, Multi Axis). Have strong knowledge of mold wizard of NX (Injection Mold Plastic ) Making a complete mold base for plastic parts and get the drawings for the manufacturing.