NX, also known as Siemens NX or NX CAD, is a comprehensive suite of computer-aided design (CAD), computer-aided engineering (CAE), and computer-aided manufacturing (CAM) applications developed by Siemens Digital Industries Software. It is widely used in various industries, including aerospace, automotive, machinery, and electronics, for product design, simulation, and manufacturing.

SKILL LEVEL

Introduction, Sketcher Design,, Part Modelling, Assembly & Mechanism, Drafting, Surfacing Modeling.

  1. Basic/Core Skills:
    • Familiar with the NX CAD interface and basic tools.
    • Can create simple 3D models and assemblies.
    • Understands fundamental concepts such as sketching, extruding, and basic part design
  2. Intermediate Skills:
    • Proficient in using a variety of NX CAD tools and features.
    • Experienced in creating complex 3D models with parametric design principles.
    • Capable of assembling and simulating mechanical systems within NX CAD.
    • Comfortable with advanced surfacing and shape design
  3. Advanced/Expert Skills:
    • Highly skilled in leveraging advanced features of NX CAD for complex projects.
    • Proficient in digital mockups and visualization, using NX CAD for design validation.
    • Experienced in finite element analysis (FEA) and structural analysis within NX CAD.
    • Competent in using NX CAD for computer-aided manufacturing (CAM), including generating toolpaths for machining.

Topic Covered

Download Syllabus
Introduction

NX as a CAD software: - Concept of Parametric Modeling, Feature Based Modeling, User Interface, Mouse operations, File types and Management, drawing profiles. Major user industries of NX. Why Catia is preferred?

Sketcher

Sketcher: Profile toolbar, operation (corner,chamfer, relimitations, transformations, project 3D element), constraints, types of constraints, workbench.

Sketcher:- sketch tools, tools(Sketch solving status, sketch analysis, output feature), visualization toolbar, user selection fillter.

Modelling of Machined Component (Part Modelling)

Modeling of Machined component, Material Addition and Removal (Pad, Pocket, Shaft, and Groove), Sketch and Positioned Sketch, Types of Fillets, Types of Chamfer, Types of Hole Modeling of Machined component - 2. Pattern (Rectangular, Circular, User), Thread/Tap, Datum Features (Plane, Axes, Points), Simple Draft. Frequently used commands for Machined components in Catia / Creo.

Advance Design features :- Axis System, Types of draft, Shell, Stiffener, rib slot, Multisection solid, Removed multisection solid, Apply Material, Measure, Render. Introduction To Multibody concept:- Copy Paste, Paste special, Insert body, Boolean Operations (Add, remove, Intersect), Transformation (Translation, Mirror, Scaling, Affinity).

Assembly & Mechanism

Introduction to Assembly:- Types of assembly approach, Types of Constrains and DOF, placement of components in the Assembly, Manipulating Components, BOTTOM UP Approach.

TOP DOWN Approach:- Part, Product, Component, Space Analysis, Reuse Pattern, Save management.

Assembly Drafting:- Scene( Exploded View), Bill of material, Ballon creation, Graph Tree Reordering.

Drafting

Introduction To Drafting & Detailing Theory:- (types Generative – Interactive), Initial Drafting setting, Sheet Background, Views (ortho, ISO), Dimensions (TypesGenerate Dimension & Create Dimension)

Surfacing Modeling based Plastic Component

Environment, Tool bars, Surface Creation (Extrude, Revolve, Sphere, Cylinder), Surface Modification, Surface Editing (Trim, Split, Shape Fillet, Close Surface, Thickness).

NX 12 CAD Design Certification

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Key Features

Skill Level

Basic, Intermediate, Advance

Course Duration

30 - 40 hours

Support

24 / 7 Support

Assignment Duration

10-15 hours