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UG-NX Training Course

UG-NX Online Training course is designed to give complete & depth knowledge of every tool used to make designed model or drawings with exercises.

  • 25000
  • 30000
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  • Course Includes
  • Live Class Practical Oriented Training
  • 90 + Hrs Instructor LED Training
  • 45 + Hrs Practical Exercise
  • 45 + Hrs Project Work & Assignment
  • Timely Doubt Resolution
  • Dedicated Student Success Mentor
  • Certification & Job Assistance
  • Free Access to Workshop & Webinar
  • No Cost EMI Option
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What you will learn

  • Fundamentals of CAD, introduction of NX. Create 3D models Commands & tools used for creating drawings & designs.
  • Basic knowledge of workspace, introduction of different menu bars. Layouts plotting & Manufacturing.
  • Operation tools Material & rendering. Knowing complete details of 2D sketch modeling tools such as lines,circles, recta...
  • Learn how to create & design 3D models & shapes using various commands like extrude, sweep, swept, revolve & many more
  • Learn to create complex shapes using surface modeling feature. Create assembly, drawings & projections of parts & compon...
  • Sheetmetal modeling. Learn about parametric based approach to design your models.

Requirements

  • The candidates with basic understanding of mechanical drafting or designing. Basic knowledge of engineering graphics and design.

Description

|| About UG-NX Training Course

UG-NX Online Training Course imparts the skills required for improving the efficiency and speed throughout the product development. Participants learn how to create conceptual designs; perform 3D modeling; and accomplish documentation. This Product Lifecycle Management (PLM) training builds proficiency in developing part manufacturing solutions for quality inspection, machining and tooling. UG-NX Training Course has been designed with the aim to understand the fundamentals of Advance 3D modelling and engineering drawing which ease the learning procedure of high-level designing software’s such as CREO, NX, ANSYS, Etc. ‘NX’, formerly known as “UG”, is an advanced high-end CAD/CAM/CAE, for Engineering. CAD stands for Computer Aided Design. UG-NX is a powerful and integrated CAD package for product design, engineering, and manufacturing. UG-NX Training Course provides an overview of NX, sharing what you need to know to start using this flexible solution to develop products. This Course is covering elements such as menus and the Work Coordinate System (WCS). He also takes you through the modeling workflow and shows how to create and edit sketches, create assemblies, approach drafting, and more. 

 

 

CAM stands for Computer Aided Manufacturing. It is used for normal design as well as high level 3D design. The course begins with an introduction to the ANSYS Interface, followed by methods to create Planes and Sketches. How to draw, modify, Dimension and Constrain sketches and how to prepare your geometry for meshing using cleanup and repair tools present in Design Modeler. We will go through the primary menus in DM and learn how to create and modify 3D geometries.

 

Course Content

Lecture-1 Introduction to Nx

·      Gateway Application

·      Cue/Status Line

·      Windows File Dialogs

·      Activity — Creating a New Part

·      Practical Exercise              

Lecture-2 The NX User Interface

·      Toolbars

·      Customizing Toolbars

·      Activity — Working with Toolbars

·      Activity — Working with Roles

·      Mouse Navigation

·      Mouse Pop-up Menu

·      Graphics Window View Manipulation

·      Selecting Objects

·      Practical Exercise              

Lecture-3 Coordinate Systems

·      Overview of Coordinate Systems

·      Manipulating the WCS

·      Move WCS (Dynamics)

·      Origin Handle

·      Axis Handles

·      Rotation Handles

·      Activity — Manipulating the WCS

·      Practical Exercise              

Lecture-4 Introduction to Solid Modeling

·      Primitives

·      Block

·      Activity — Creating a Block

·      Cylinder

·      Defining Vectors

·      Activity — Creating a Cylinder

·      Practical Exercise              

Lecture-5 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

·      Practical Exercise              

Lecture-6 Expressions

·      Creating and Editing Expressions

·      Activity — Getting Familiar with Expressions

·      Practical Exercise              

Lecture-7 Shell

·      Creating a Shell Feature

·      Creating a Shell and Removing Multiple Faces

·      Creating a Shell with an Alternate Thickness

·      Practical Exercise              

Lecture-8 Edge Operations

·      Edge Blend

·      Activity — Creating Edge Blends

·      Chamfer

·      Practical Exercise              

Lecture-9 Model Construction Query

·      Visually Inspect the Part

·      Layers

·      Layer Categories

·      Moving Objects Between Layers

·      Part Navigator

·      Information

·      Distance

·      Mass Properties

·      Activity — Model Construction Query

·      Practical Exercise              

Specialisation

·      UG-NX Assemblies

·      UG-NX Manufacturing CAM
Lecture-10 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

·      Practical Exercise              

Lecture-11 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

·      Mating the Nut Cracker Components

·      Practical Exercise              

Lecture-12 Datum Planes

·      Creating Relative Datum Planes

·      Common Datum Plane Types

·      Creating Relative Datum Planes

·      Selecting and Using Datum Planes

·      Cylindrical Faces and Datum Planes

·      Creating a Feature on a Relative Datum Plane

·      Datum Axis

·      Datum Axis Types

·      Editing Datum Axes

·      Activity—Constraining Locations using Datums

·      Datum CSYS

·      Practical Exercise              

Lecture-13 Sketching

·      Sketches and the Part Navigator

·      Sketch Visibility

·      Creating a New Sketch

·      The Active Sketch

·      Sketch Creation Steps

·      Activity — Sketch Creation

·      Sketch Curves

·      Using the Sketch Profile Tool

·      Creating Fillets

·      Trimming and Extending Curves

·      Activity—Using Quick Trimand Quick Extend

·      Sketch Points

·      Dimensional Constraints

·      Activity—Adding Dimensional Constraints

·      Editing Dimensions

·      Practical Exercise              

Lecture-14 Swept Features and Boolean Operations

·      Types of Swept Features

·      Extrude

·      Boolean Operations

·      Start and End Limit Options

·      Extrude with Offset

·      Extrude with Draft

·      Activity—Extruding with Offsets

·      Selection Intent

·      Sweep Along Guide

·      Revolve

·      Practical Exercise              

Lecture-15 Editing the Model

·      Accessing the Options to Edit Features

·      Part Navigator

·      Deleting Features

·      Delaying Model Updates

·      Move Feature

·      Reattaching a Feature

·      Activity—Re-attaching and Moving Features

·      Practical Exercise              

Lecture-16 Instance Arrays

·      Rectangular Instance Array

·      Circular Instance Array

·      Practical Exercise              

Lecture-17 The Master Model

·      The Assembly Modeler

·      Master Model Example

·      Practical Exercise              

Lecture-18 Introduction to Drafting

·      Working with Drawings

·      Creating New Drawing Sheets

·      Opening a Drawing

·      Editing a Drawing

·      Deleting a Drawing

·      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

·      Dimensions

·      Annotation Preferences

·      Dimension Preferences and Placement

·      Appended Text

·      Tolerances

·      Text Orientation and Text Arrow Placement

·      Text Creation

·      Creating Notes

·      The Annotation Editor

·      Editing Notes

·      Master Model Drawing Guidelines

·      Practical Exercise              

Lecture-19 Expression Operators

·      Operators

·      Precedence and Associativity

·      Legacy Unit Conversion

·      Practical Exercise              

Lecture-20 Point Constructor Options

·      Methods to Specify a Point

·      WCS and Absolute Coordinates

·      Practical Exercise              

Lecture-21 Introduction to CAM

·      Different Menu bar introduction.

·      Practical Exercise              

Lecture-22 2D Sketch

·      Different type of 2d Sketch methods

·      Coordinate system

·      Line Tool

·      Circle Tool

·      Rectangle Tool

·      Polygon Tool

·      Point arc Tool

·      Spline Tool

·      Practical Exercise              

Lecture-23 Live Section view

·      Draw a section view

·      Hatching in this drawing

·      Revision cloud

·      Practical Exercise              

Lecture-24 Smart Dimension

·      Liner dimension

·      Area

·      Angular dimensions

·      Base line

·      Dimension style

·      Practical Exercise              

Lecture-25 3D Modeling basic tool.

·      Extrude

·      Revolve

·      Sweep and its cuts.

·      Practical Exercise              

Lecture-26 Operation

·      Mill planner

·      Floor and Wall

·      Floor and wall with IPW

·      Face milling with boundaries

·      Face milling with manual

·      Planner milling

·      Planner Profile

·      Cleanup corner

·      Finish Floor

·      Finish Wall

·      Groove milling

·      Hole milling

·      Thread milling

·      Mill Contour

·      Cavity mill

·      Plunge mill

·      Corner rough

·      Rest mill

·      Z level Corner

·      Z level Profile

·      Fixed contour

·      Contour Area

·      Contour Surface area

·      Streameline

·      Contour non steep area

·      Contour Steep area

·      Solid profile 3D

·      Multiaxis

·      Variable contour

·      Variable Streamline

·      Contour Profile

·      Fixed contour

·      Z level 5 Axis

·      Hole making

·      Spot

·      Drilling

·      Deep hole drilling

·      Countersinking

·      Back countersinking

·      Tapping

·      Hole milling

·      Boss milling

·      Practical Exercise              

Lecture-27 Manufacturing

·      Create tool

·      Create geometry

·      Create operation.

·      Practical Exercise              

Lecture-28 After operation tools

·      Generate tool path

·      Verify tool path

·      Simulate machine

·      Post process

·      Practical Exercise              

Lecture-29 Drawing

·      Plotting standard views

·      Projected view

·      Section view

·      Detail view

·      Break view

·      Practical Exercise              

 
Lecture-30 Parametric

·      Concentric

·      Perpendicular

·      Geometry relations.

·      Practical Exercise              

Lecture-31 Plotting & Template

·      Template for companies title block.

·      Practical Exercise              

Project Development

Fees

Offline Training @ Vadodara

  • Classroom Based Training
  • Practical Based Training
  • No Cost EMI Option
35000 30000

Online Training preferred

  • Live Virtual Classroom Training
  • 1:1 Doubt Resolution Sessions
  • Recorded Live Lectures*
  • Flexible Schedule
30000 25000

Corporate Training

  • Customized Learning
  • Onsite Based Corporate Training
  • Online Corporate Training
  • Certified Corporate Training

Certification

  • Upon the completion of the Classroom Training, The BIT Certification is awarded upon successfully completing the Offline Projects after reviewed by experts
  • Upon the completion of the Online Training, The BIT Certification is awarded upon successfully completing the Online Projects after reviewed by experts.
  • This course is designed to clear UG-NX Certification Exam

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