Engineering Drawing

An engineering drawing, a type of technical drawing, is used to fully and clearly define requirements for engineered items.

Engineering drawing (the activity) produces engineering drawings (the documents). More than merely the drawing of pictures, it is also a language—a graphical language that communicates ideas and information from one mind to another. Most especially, it communicates all needed information from the engineer whodesigned a part to the workers who will make it.

Engineering Drawing Components

• Drawing Equipment’s material & their uses
• Planning & layout of the drawing
• Lines, lettering & Dimensioning
• Orthographic Projection
• Engineering Curve
• Isometric Projection
• Multi View orthographic projections
• Projection of solids
• Section of Solids
• Fasteners

Live Measurement with Various Instruments and details Drafting GD&T

• Introduction to GD&T
• Terminology of GD&T
• Maximum Material control (MMC) & Least Material Control (LMC) Principles Group of GD&T
• Form and orientation tolerances in details with application examples
• Interpretation of drawing with GD&T and exercises
• Demo of Measurements of form and orientation tolerances in CMM
• Bonus tolerance and its implication: Example & exercises
• Position Tolerencing principles: its advantages over conventional methods of Tolerance
• Concentricity & Symmetry
• Run out and profile tolerance principle: Exercises
• Demonstration of GD&T measurements in open set up using conventional instruments
• Demonstration of GD&T measurements using CMM

AutoCAD software training with detailing drafting

Solid Edge (3D CAD Design Software)

Topics cover

• 2D Drafting
• Solid Modelling
• Advance Surfacing
• Assembly
• Sheet Metal
• Structure
• Weldment

Solid works (3D CAD Designing Software)

Topics cover

• 2D Drafting
• Solid Modelling
• Advance Surfacing
• Assembly
• Sheet Metal
• Structure
• Weldment

• Manual machine operating for LATH/MILLING/SHAPING
• COMPUTER ADDED MACHINING
• Type of CNC machine
• Router
• Specification benefits
• CNC tooling/ working/ application
• CNC part programming
• Manual part programming for CNC lath and milling

NX MACHING

• MANUFACTURING
• BASIC INTRODUCTION
• CAVITY MILL
• ZLEVEL PROFILE
• CONTOUR AREA
• RESTMILLING STREAMLINE
• FACE MILLING
• PLANNER MILL
• DRILLING
• POST PROCESSING, SHOP DOCUMENTATION
• ADVANCE COMMANDS

REVERSE ENGINEERING PROCESS

• Reverse Engineering Process
• Reverse Engineering Hardware and Software
• Point Cloud data Processing
• Importing Cloud data
• Creating and Editing Scans
• Curve Creation
• Surfaces from curves (QSR) Creation
• Completing the Surfaces with GSD

• This module will get you familiar with the It contains an overview of the entire 3D printing process.
• Introduction to the 3D printing world
• Why 3D printing is important?
• Step-by-step guide to 3D printing

• This module will train you in 3D modeling, which is a gateway to create your own incredible designs Introduction to 3D CAD modeling
• Introduction to Google Sketch up (CAD software)
• Applications of Google Sketch up in today’s industries
• Understanding the basic tools and menus
• Creating objects in Sketch up using lines, surfaces, and arcs
• Creating objects in scale
• Creating wall thickness to objects for 3D printing
• Exporting and saving a .STL file

• In this module, you will learn how to operate a basic 3D printer
• Introduction to 3D printers
• Applications & benefits
• Loading .STL file for slicing G-code
• Defining optimum print settings
• Printing and post processes
• Q&A session

Job opportunities:- 

• • Department of Design
  • Production
  • Planning
  • Maintenance
  • Tool Room
  • Technical Marketing
  • CNC Job shop
  • Automobile
  • Industrial Design
  • Aero Space
  • Heavy Machinery Manufacturing etc.