Live Project 6 Months Industrial Training in UG-NX & Industrial Training Institute in Delhi
best ug-nx training delhi
Rating on Best UG-NX Training Institute & Certification in Delhi 4.9 out of 5 based on 8933 Students ratings.

KVCH is a premier training institute providing 6 Months UG-NX Industrial Training Institute in Delhi from more than two decades. KVCH offer unique learning experience with the best infrastructure and latest tools. The course curriculum is designed so that the candidate can start practicing as the professional UG-NX developer as soon as they complete their program.

KVCH is one of the world’s most eminent institute providing UG-NX Training Course in Delhi to multiple organizations and also to students around the globe. With our learning partners, IBM and Oracle, KVCH rendering UG-NX programming course in Delhi aims to provide the bests opportunity for candidates aspiring to work in MNC’s.

KVCH, the UG-NX 6 Months Industrial Training Institute in Delhi will open doors of opportunity for candidates. As the demand for UG-NX developers in the industry is skyrocketing, companies are looking for developers who have in-depth knowledge in this field. Organizations wants to hire assets not liabilities, a student with no skills and knowledge of any domain is generally not the first choice for the companies. Companies would always prefer candidates with some experience of working on Live Projects and in-depth knowledge of the domain over any other factor.

At KVCH well-equipped UG-NX training center in Delhi aspirants learn the skills for UG-NX Fundamentals, Why UG-NX, Key Skills for UG-NX, UG-NX principles, NX User Interface, Coordinate Systems, Solid Modeling, Positional Form Features, Expressions, Shell, Edge Operations, Model Construction Query, Swept Features and Boolean Operations, Point Constructor Options, UG-NX Training on real time projects along with UG-NX placement training. UG-NX Training in Delhi has been designed as per latest industry trends and keeping in mind the advanced UG-NX course content and syllabus based on the professional requirement of the student; helping them to get placement in Multinational companies and achieve their career goals.

UG-NX training in delhi program by KVCH prepare students as per the industry demand and helps them to grab the best opportunity by providing them the necessary training and the experience on LIVE Projects.

We are proud to be the Best UG-NX Training Institute in Delhi from last 25 years.

Course Description

    1. Overview

  • Intended Audience
  • Course Objectives
  • Prerequisites
  • How to Use This Course
  • Class Standards
  • Part File Naming
  • Seed Parts
  • Colors
  • Definitions of Terms
  • 2. Getting Started

  • Starting NX
  • Gateway Application
  • Cue/Status Line
  • Windows File Dialogs
  • Activity — Creating a New Part
  • Opening Multiple Parts
  • Activity — Opening an Existing Part
  • Activity—Save Part As (Copying a Part)
  • Activity—Closing Parts
  • Exiting NX
  • Summary
  • 3. The NX User Interface

  • Toolbars
  • Customizing Toolbars
  • Roles
  • Activity — Working with Toolbars
  • Activity — Working with Roles
  • Mouse Navigation
  • Mouse Pop-up Menu
  • Graphics Window View Manipulation
  • Selecting Objects
  • Preview Selection and Quick Pick
  • Activity — Manipulating Views
  • Summary
  • 4. Coordinate Systems

  • Overview of Coordinate Systems
  • Manipulating the WCS
  • Move WCS (Dynamics)
  • Origin Handle
  • Axis Handles
  • Rotation Handles
  • Activity — Manipulating the WCS
  • Summary
  • 5. Introduction to Solid Modeling

  • Primitives
  • Block
  • Activity — Creating a Block
  • Cylinder
  • Defining Vectors
  • Activity — Creating a Cylinder
  • Summary
  • 6. Positional Form Features

  • Creating Form Features
  • Hole
  • Boss
  • Positioning Terminology
  • Positioning Methods
  • Activity—Positioning Holes and Bosses
  • Slot
  • Pocket
  • Pad
  • Additional Positioning Methods
  • Parameter Entry Options
  • Activity — Creating Pockets and Slots
  • Groove
  • Activity — Positioning a Groove
  • Editing the Size and Location of Form Features
  • Edit Positioning
  • Error Messages
  • Editing Features with the Part Navigator
  • Activity—Editing Positional Form Features
  • Additional Positioning Techniques
  • Summary
  • 7. Expressions

  • Overview
  • Creating and Editing Expressions
  • Activity — Getting Familiar with Expressions
  • Summary
  • 8. Shell

  • Shell Feature Overview
  • Creating a Shell Feature
  • Activity — Creating a Shell Feature
  • Activity — Creating a Shell and Removing Multiple Faces
  • Activity — Creating a Shell with an Alternate Thickness
  • Summary
  • 9. Edge Operations

  • Overview
  • Edge Blend
  • Activity — Creating Edge Blends
  • Chamfer
  • Activity — Creating Chamfers
  • Summary
  • 10. Model Construction Query

  • Visually Inspect the Part
  • Layers
  • Layer Categories
  • Moving Objects Between Layers
  • Part Navigator
  • Information
  • Distance
  • Mass Properties
  • Activity — Model Construction Query
  • Summary
  • 11. Introduction to Assemblies

  • Definitions and Descriptions
  • Introduction to Load Options
  • Load Method
  • Load States
  • Load Failure
  • Activity — Setting Load Options
  • The Assembly Navigator
  • Node Display
  • Activity—Working with the Assembly Navigator
  • Selecting Components in the Assembly Navigator
  • Selecting Components in the Graphics Window
  • Designing in Context
  • Assembly Navigator Pop-Up Menu Options
  • Activity—working with the Assembly Navigator (continued)
  • Saving the Work Part
  • Summary
  • 12. Adding Components & Mating Conditions

  • General Assembly Concepts.
  • Assemblies Application
  • Assemblies Pull-down Menu
  • Assemblies Toolbar
  • Adding Components to an Assembly
  • Activity—Creating an Assembly
  • Mating Conditions
  • Mate Constraint
  • Align Constraint
  • Angle Constraint
  • Parallel Constraint
  • Perpendicular Constraint
  • Center Constraint
  • Distance Constraint
  • Tangent Constraint
  • The Mating Conditions Dialog
  • Tree Listing
  • Repositioning Components
  • Activity—Mating the Nut Cracker Components
  • Summary
  • 13. Datum Features

  • Datum Feature Overview
  • Datum Planes
  • Creating Relative Datum Planes
  • Common Datum Plane Types
  • Activity—Creating Relative Datum Planes
  • Selecting and Using Datum Planes
  • Activity—Cylindrical Faces and Datum Planes
  • Activity — Creating a Feature on a Relative Datum Plane
  • Activity—Creating a Hole Corner to Corner
  • Datum Axis
  • Datum Axis Types
  • Editing Datum Axes
  • Activity—Constraining Locations using Datums
  • Datum CSYS
  • Summary
  • 14. Sketching

  • Sketching Overview
  • Sketches and the Part Navigator
  • Sketch Visibility
  • Creating a New Sketch
  • The Active Sketch
  • Sketch Creation Steps
  • Activity — Sketch Creation
  • Sketch Curves
  • Activity — Using the Sketch Profile Tool
  • Creating Fillets
  • Trimming and Extending Curves
  • Activity — Creating Fillets
  • Activity—Using Quick Trimand Quick Extend
  • Sketch Points
  • Dimensional Constraints
  • Activity—Adding Dimensional Constraints
  • Editing Dimensions
  • Activity — Editing Sketch Dimensions
  • Geometric Constraints
  • Show/Remove Constraints
  • Constraint Conditions
  • Activity — Adding Constraints
  • Activity — Constraining a Profile
  • Activity — Sketching and Constraining a Gasket
  • Convert To/From Reference
  • Activity—Constraint Conditions
  • 15. Swept Features and Boolean Operations

  • Types of Swept Features
  • Extrude
  • Activity — Starting the Draglink
  • Boolean Operations
  • Start and End Limit Options
  • Extrude with Offset
  • Extrude with Draft
  • Activity—Extruding with Offsets
  • Selection Intent
  • Activity — Extruding Using Selection Intent
  • Sweep Along Guide
  • Activity—Sweeping Along an Open Guide String
  • Activity — Sweeping Along a Closed Guide String
  • Revolve
  • Activity—Creating Revolved Features
  • Activity — Adding a Revolved Feature to the Draglink
  • Activity — Extruding to a Face
  • Summary
  • 16. Editing the Model

  • Accessing the Options to Edit Features
  • Part Navigator
  • Deleting Features
  • Update Failures
  • Activity — Edit and Delete Features
  • Activity — Using the Update Tool
  • Activity—Reordering Features with the Part Navigator
  • Delaying Model Updates
  • Move Feature
  • Reattaching a Feature
  • Activity—Re-attaching and Moving Features
  • Summary
  • 17. Instance Arrays

  • Instance Feature
  • Rectangular Instance Array
  • Circular Instance Array
  • Activity — Rectangular Instance Array
  • Activity — Circular Instance Array
  • Activity (Optional) — Associativity of the Rotation Axis
  • Summary
  • 18. The Master Model

  • The Assembly Modeler
  • Master Model Example
  • Activity—Exploring a Master Model Assembly
  • Activity — Creating a Non-Master Part
  • Summary
  • 19. Introduction to Drafting

  • Working with Drawings
  • Creating New Drawing Sheets
  • Opening a Drawing
  • Editing a Drawing
  • Deleting a Drawing
  • Activity — Creating New Drawing Sheets
  • Activity—Opening and Editing Drawing Sheets
  • Drawing Monochrome Display
  • View Preferences
  • Hidden Lines
  • Smooth Edges
  • Virtual Intersections
  • Adding a Base View
  • View Creation Options Bar
  • Adding Projected Views
  • Editing Existing Views
  • Removing Views From a Drawing
  • Activity—Adding Views to a Drawing
  • Utility Symbols
  • Creating a Linear Centerline
  • Activity—Creating a Linear Centerline
  • Manually Creating a Cylindrical Centerline
  • Activity—Creating a Cylindrical Centerline
  • Dimensions
  • Annotation Preferences
  • Dimension Preferences and Placement
  • Appended Text
  • Tolerances
  • Text Orientation and Text Arrow Placement
  • Editing an Existing Dimension
  • Activity — Creating Dimensions
  • Text Creation
  • Creating Notes
  • Activity — Creating Notes and Labels
  • The Annotation Editor
  • Editing Notes
  • Activity — Creating More Notes
  • Master Model Drawing Guidelines
  • Summary
  • 20. Expression Operators

  • Overview
  • Operators
  • Precedence and Associativity
  • Legacy Unit Conversion
  • Built-in Functions
  • 21. Point Constructor Options

  • Overview
  • Methods to Specify a Point
  • WCS and Absolute Coordinates
  • Offset

KVCH Course duration for UG-NX training in Delhi

  • Fast Track Training Program (6+ hours daily)
  • Regular Classes (Morning, Day time & Evening)
  • Weekend Training Classes (Saturday, Sunday & Holidays)

UG-NX 6 Months Industrial Training in Other Branches

KVCH 6 Months based UG-NX Training in Delhi