NX-CAD

Overview
Syllabus
Reviews

Why NX-CAD Course in Erode?

NX CAD Course in Erode aims to help product designers and engineers in developing a product design virtually integrating CAD,CAM,CAE. NX CAD Training in Erode is equipped with all the capabilities that are required for completing a product design with DMU clash check analysis, Collision Detection, Product Comparative Analysis. The software NX CAD Course in Erode provides the broadest range of scalable software solutions towards product development within the market.

At NX-CAD Course in Erode Product Designing, Engineers and designers to gain a different perspective by presenting new ways to think about and explore design iterations. Unigraphics training in Erode in share unique ways of solving problems allowing your team to learn quickly, efficiently, and facilitating a rewarding learning

Why we should use NX-CAD based Designs?

NX CAD Course in Erode offers a way to visualize designs in 3D. With so many different parts working together, NX gives you the flexibility to work top-down or bottom-up, and access any part of the hierarchy.
NX-CAD Training Institute in Erode supports modeling of both complex surfaces and solid models, and has more advanced free form modeling capabilities

Where does NX-CAD Training in Erode Designs Applicable?

NX designs Applicable in fields of Aviation, Aerospace and Automotive Industries as stated below.

Learning Outcome of NX-CAD Course in Erode

Introduction NX CAD Training in Erode

UG NX, now known as Siemens NX, is an advanced high-end CAD/CAM/CAE software package developed by Siemens PLM Software. It is widely used for design, engineering analysis, and manufacturing, particularly in industries like automotive, aerospace, and shipbuilding. This course is designed for beginners and professionals looking to enhance their skills in NX-CAD.

Syllabus

NX Design and Assemblies

Capturing design intent by constraining sketches
Applying advanced techniques to sketched parts
Creating freeform shaped surfaces
Capturing design intent with formulas
Duplicating features
Organizing the assembly model structure
Controlling the display of parts in an assembly
Modeling parts within the context of an assembly
Building geometric relationships between parts
Modifying parts at the assembly level
Creating geometric relationships between parts
Modifying geometry for manufacturing processes
Creating a round or fillet with a varying radius
Simplifying geometry for down stream applications
Storing positional constraints in the part
Controlling instances of a part in an assembly
Defining reusable geometry
Revising and replacing parts in assemblies
Capturing part shape variations when assembled

Controlling moving part positions in an assembly

NX Synchronous Modeling and Parametric Design

Documenting design intent
Editing parametric models
Associative curve operations
Emboss geometry
Blending techniques
Interpart references
Capturing part shape variations when assembled
Design optimization
Synchronous Modeling
Modify Face
Detail Feature
Delete Face
Reuse commands
Synchronous Modeling relationships
Dimension commands
Adaptive Shell
Edit Cross Section and Edit Section
Optimize Face

Industrial Design with NX

Spline review
Studio Splines
Construction and Reference Geometry
Working with raster images
Curve Tools 1
Introduction to Studio Surfaces
Introduction to Shape Analysis
Workflow 1
Studio Surfaces 2
Additional freeform features
Blending
Curve tools 2
Trimming and sewing

Workflow 2

Enlarge
Shape Analysis 2
Workflow 3
Deviation analysis
Refit Face
Visualization

NX Large Assembly Management

Working in large assemblies
Manipulating assemblies
Creating representations
Create component envelopes in an assembly
Assembly Cloning
Assembly Clearance
Advanced Weight Management
Assembly Arrangements
Assembly Sequencing and Motion
Assembly Cut
Deform Part
Reference Sets
Assembly Navigator

NX Sheet Metal

Sheet Metal workflow
Establish basic part characteristics
Define the basic shape of the part
SIEMENS PLM Software Authorised Educational Partner 2
Constructing base features
Sheet Metal corners
Sheet Metal cutouts
Sheet Metal deform features
Flat Solid and Flat Pattern
Advanced Sheet Metal commands
Analyze Formability – One step
Aerospace Sheet Metal
Working with non-sheet metal data

NX-CAD Course

Duration

Mode

Languages

Certificate

Software Covered

120 Hours

Online/Offline

Tamil & English

Yes

1

C CUBE CAD Centre is a premier training institute specializing in CAD, CAE, PPM, BIM courses. We provide industry-oriented training programs to help students and professionals enhance their skills and advance their careers in various engineering and design fields.