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Siemens NX Training

Siemens NX Training

Siemens NX Training

Course Information

  • Duration40 Hours

Description

This course is designed to help students learn product design using NX, a popular feature-based 3D parametric solid modelling software. In this course, the students will get in-depth knowledge of all important tools as well as their real world applications in conformity with widely accepted ISO standards, GD&T, 3D Printing, and standard practices followed in manufacturing processes in industry. In addition, students will be assigned a team project of their choice for better understanding of design intent and will also be required to make a portfolio of the work done.

Course Outline

1. User Interface and Basics of NX
  • Introducing Siemens NX
  • Resource Bar
  • NX Interface
  • Roles
  • Managing Roles
2. Introduction to Sketching
  • 2D Sketching
  • Saving Files
  • Sketch Entities
  • Sketch Relations
  • Dimensioning Sketches
  • Editing Sketches
3. Basic Part Modeling
  • Basic Modeling
  • Choosing Sketching Plane
  • Extruded Feature
  • Revolved Feature
  • Thin Extruded and Revolved Features
  • Modifying View Orientation
4. Reference Geometry and Material Removal
  • Creating a New Plane
  • Creating Revolve Cut and Hole
  • Creating a Extrude Cut
  • Creating Reference Points
  • Creating a Reference Axis
  • Reference Geometry and Material Removal
  • Creating a Fillet
  • Creating a Chamfer
5. Patterning
  • Why Use Patterns?
  • Linear Pattern
  • Circular Pattern
  • Mirror Pattern
  • Polygon Pattern
6. Shelling and Ribs
  • Creating a Shell Feature
  • Creating a Rib Feature
  • Draft Analysis
7. Editing Features
  • Editing a Sketch
  • Changing a Sketch Plane
  • Edit Using the Move Tool
  • Edit Using Cut, Copy, & Paste
  • Deleting, Suppressing, and Reordering
8. Advanced Part Modeling
  • Pocket Feature
  • Groove Feature
  • Thread Feature
  • Emboss Feature
  • Basic Blocks
9. Assembly Modeling
  • Concept of Assembly
  • Types of Assembly
  • Adding Components
  • Moving and Rotating Components
  • Mating Parts
  • Bottom-Up Assembly
  • Checking Clearances
  • Exploded Assemblies
  • Bill of Materials
10. Surface Modeling
  • Creating Extrude Surfaces
  • Creating Revolved Surfaces
  • Creating Swept and Tube Surfaces
  • Trimming and Untrimming Surface
  • Creating Ruled Surfaces
  • Creating Through Curve Surfaces
  • Creating Fill Surfaces
11. Drafting
  • Sheet Formats and Templates
  • Template Properties
  • Defining Title Blocks
  • Generating Model Views
  • Generating Projected Views
  • Generating Section Views
  • Generating Auxiliary View
  • Generating Detail View
  • Creating and Managing BOM
  • Modifying a BOM
  • Dimensioning Views
  • Applying GD & T Symbols
12. Sheet Metal
  • What are Sheet Metal Parts?
  • Concept of Bend Allowance
  • Creating a Base Tab, and Flang
  • Creating a Contour, and Lofted Flange
  • Creating a Bend, Unbend, and Rebend Feature
  • Creating a Dimple, and Louver Feature
  • Creating a Hem Feature
  • Converting Non-Sheet Metal to Sheet Metal
  • Adding Bead and Gusset Features
  • Creating a Flat Solid
  • Creating a Flat Pattern