NX CAD
Overview
Our NX-CAD courses come up with several versions of advanced high-end CAD/CAM/CAE training programs for that accelerate design, improve productivity and quality including topics for both beginners who have minimal to no prior CAD experience and working professionals covering all essential areas of NX-CAD application.
Course Objective
Our NX-CAD courses aim to deliver next-generation training practices for design, simulation and manufacturing solutions that enable students to use latest NX designing tools to improve versatility, flexibility and productivity.
Pre-requisite
There are no prior qualification needs to join NX-CAD training program but in case of advanced courses, prior experience is needed in 3D modeling and designing.
What’s in it for me?
We introduce you to NX-CAD latest design engines, tools and practices, achieve proficiency and comprehensive mastery of parametric solid and surface modeling, interdependent assembly structures, and insight into integrated visual elements into 3D models.
CURRICULUM
Section 1
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- • Introduction to Unigraphics NX
- • NX Graphical User Interface
- • File management
Section 2
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- • Creating Sketches
- • Editing sketches
- • Constraints
Section 3
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- • Basic terminologies
- • Feature modeling concepts
- • About Datum CSYS and Datum Planes
- • changing units in NX
- • Feature modeling commands
Section 4
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- • Creating Datum Features
- • Datum Plane
- • Datum axis
- • Datum CSYS
- • Datum Point
Section 5
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- • Creating Sweep Features
- • Sweep one or more sections along guide curves
Section 6
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- • Creating Sweep Features
- • Blend Features
- • Applying Chamfer
Section 7
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- • Feature Modeling Commands
- • Hole
- • Boss
- • Pad
- • Emboss
- • Slot
- • Groove
Section 8
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- • Feature Modeling Commands
- • Dart
- • Thread
- • Shell
- • Draft
Section 9
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- • Feature Operations
- • Instance feature
- • Mirror feature
- • Instance geometry creation
Section 10
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- • Divide face
- • Trim body
- • Split body
- • Measure distance between geometries
- • find geometric properties
Section 11
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- • Synchronous Modeling
- • Introduction to Assembly modeling
- • Types of approach
- • Placing components
Section 12
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- • Assembly Constraints
- • Creating component arrays
Section 13
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Assembly Modeling:
- • Moving a component
- • Replacing component
- • Repositioning component
- • Mirroring assembly
- • Creating a New Component
- • Creating new parent
- • Finding assembly
- • Clearance
- • Creating exploded views
- • Assembly sequencing with motion
- • Creating deformable parts
- • Finding degrees of freedom
- • Assembly envelopes
Section 14
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- • Introduction to drawing
- • Graphical User Interface of drafting
- • NX drafting methods
- • Creating drafting views
Section 15
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- • Detail view
- • move/Copy a view
- • align a view
- • hide/show components
- • Creating section in view
- • Section views
Section 16
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- • Adding dimensions
- • Adding annotations
- • Adding Feature control frame
- • Inserting Identification symbol
- • Placing tabular note
- • Listing parts list
- • Creating auto balloon
Section 18
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- • Surface Modeling commands
- • Surface using curves
Section 19
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- • Surface generation
- • curves from curves
- • curve from bodies
- • associative copies
- • Editing SURFACE geometries
Section 20
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- • Sheet metal Design – BASICS
- • About NX Sheet Metal Preferences
- • creating base feature
- • Creating Bend feature
- • Corner definition
- • Applying punch operations
- • Sheet metal cut operations
- • Resizing bend radius
