Duration: One year

Course Code: HCCC 01 Syllabus:

• Workshop calculation
• Material Science
• Quality control concept
• Pneumatics
• Hydraulics
• AutoCAD
• Mastercam
• CNC lathe programming
• CNC lathe practical
• CNC Milling programming
• CNC Milling practical
• Pro-e creo
• Fire Engineering
• Industrial safety Engineering
• Industrial visit
• Project

Durations: 6 Months

Course Code: HCCC 02

• CNC Programming and Setting
• AutoCAD
• MasterCAM

Practical Training 1 Month on CNC Machine at Our Own Industry

Duration: 6 Months

Course Code: HCCC 04

• CNC Lathe Theory
• CNC Milling Theory
• CNC Lathe Practical
• CNC Milling Practical
• Machine Setting
• Machine Maintenance

Practical Training 3 Months on CNC Machine at Our Own Industry

Duration: 3 Months

Course Code: HCCC 05

CNC Lathe

CNC Milling

AutoCAD

• 2D
• 3D
• Isometric
• Practical Training 10 Days on CNC Machine at Our Own Industry

Duration: 3 Months

Course Code: HCCC 06

CNC Lathe

CNC Milling

MasterCAM

• 2D Drawing
• 3D Drawing
• 2D Program
• 3D Program

Practical Training 15 Days on CNC Machine at Our Own Industry

Duration: 2 Month

Course Code: HCCC 07s

• CNC Lathe
• CNC Milling
• Machine Setting

Practical Training 1 Month on CNC Machine at Our Own Industry

Duration: 1 Month

Course Code: HCCC 08

CNC Lathe

• Introduction of CNC Machine
• Application of CNC Machine
• Introduction of CNC lathe
• Co-ordinate methods
• Concept of Programming
• G-codes and M-codes
• Facing Program
• Step Turning
• Taper Turning
• Chamfer Program
• Cycle Programs

CNC MILLING

• Introduction of Milling
• G-codes and M-Codes
• Co-ordinate methods
• Facing Program,
• Chamfer and Radius Program
• Programming using I,J Method
• Pocketing Program
• Canned cycle
• Sub Program
• Maintenance and Trouble Shooting
• Measuring Instruments

Practical: 1 week

• Power ON, OFF Proper
• HOME Position Taken
• MPG (Handle Move) Applications
• MDI, JOG
• AUTO, EDIT
• MENU Offset (Work co-ordinate use)
• Display Use
• Button use (Programming Typing)
• JOB dial
• BORE dial
• JOB Setting
• JOB setting Dial, TOOL setting, JOB Running, JOB Output

Duration : 1 month

Course Code: HCCC 13

• Part Modeling Sketching
• Constraining Sketches
• Surface Modeling
• Assembly Modeling
• Drafting

Duration : 2 months

Course Code: HCCC 15

• Introduction to CATIA V5
• Drawing Sketches in the Sketcher Workbench-I
• Drawing Sketches in the Sketcher Workbench-II
• Constraining Sketches and Creating Base Features
• Reference Elements and Sketch-Based Features
• Creating Dress-Up and Hole Features
• Editing Features
• Transformation Features and Advanced Modeling Tools-I
• Advanced Modeling Tools-II
• Wireframe and Surface Design

Duration: 1 Month (3 Hrs / Day)

Course Code: HCCC 16

Syllabus

• Introduction to Engineering Design
• Different types of Numerical Methods & Applications
• Practical Applications of FEA
• Basics of finite element method (FEM)
• Analytical Method to solve any Mechanics Problems
• Theoretical FEM Procedure to solve above Mechanics Problem
• Theories of Failure
• Basic linear & Torsional Equation
• Getting Started with ANSYS
• CAD Modeling using ANSYS
• Introduction to Meshing
• Types of elements & FEA Design intent
• Meshing Techniques
• Assigning materials properties
• Working with different boundary conditions
• Performing Different Analysis & viewing Results
• 1D element example problems
• 2D Plans Stress/Strain example problem
• 3D Analysis
• Coupled Field Analysis

Duration: 6 Months

Course Code: HCCC 27

SAFETY MANAGEMENT

• International Health Safety Regulation
• Basic Safety management
• Emergency Response plan
• Explosure
• Security Management

SAFETY

• Basic Safety
• Ladders
• Scaffold
• Rope
• PPE (Personal Protective Equipment)
• Safety Construction
• Road Work Safety
• Air Quality Management
• Air Craft
• Ship Fire fighting
• Electrical Safety
• Grinding Wheel (Mechanical Safety)

FIRE

• ESSENTIAL OF FIRE
• FIRE EXTINGUISHERS
  • i. ABC ii. Co2 iii. DCP iv. Foam v. Water + Co2 vi. Halogenated
• PHYSICAL REACTION
  • i. Starvation ii. Smothering iii. Cooling
• FLAMMABLE LIQUIDS
• LPG
• FLAMMABILITY
• HYDRANT
• HYDRAULICS
• LADDERS

FIRST AID

Duration : 1 Months

Course Code: HCCC 28

• Introduction of ArtCAM
• Graphic User Interface

CREATING 2D TOOLS

• Models Commands
• Editing Models
• Model Information
• File
• Model
• Bitmap Tools
• Vector Tools
• Position,Combine,Trim vector Tools
• Layers ( Vectors,Bitmaps,Reliefs )

CREATING 3D TOOLS

• Shape Editor
• Relief Tools

TOOLPATHS

• Toolpath Operations
• 2D Toolpaths 
• 3D Toolpaths
• Toolpath Simulation

Syllabus:

Introduction About 3D Printing

         Concepts, Types, Manufacturing,Applications

Types of 3D printing Process

3D Printing Material

About STL files Library

STL-conversion-Basic of CAD Tool (Import / Export Only)

Introduction about slicing software - Creality Slice

Importance of Support structure

Parts of 3D printing Machine

Loading / Unloading Material

3D printing machine interface - Home , control, Print,Pause, Stop, Resume,

Troubleshooting in 3D printing

Sample Model 1

Sample Model 2

Sample Model 3

Sample Model 4

Syllabus:

AVEVA PDMS 12.0

Piping Engineering Course

• Introduction and over view of piping
• Piping basic
• Piping shape
• Piping material
• Selection of thick & Dia
• Piping flexibility
• Piping components & types
• Piping isometric
• Selection of code & standards
• Piping supports & hangers
• P&ID, PFD diagrams
• Piping insulation

PDMS (Plant Design Management System)

Equipment Modeling

• Basic
• General Utilities
• Create Equipment
• Modify Equipment

Pipe Works

• Pipe work modeling
• Modify pipe routing
• Piping Orientation
• Pipe work Utility

Structural

• Beams & Columns
• Panels & Plates
• Walls & Floors
• ASL Modeller

Supports & Electrical Works

• Hangers & Supports
• HVAC
• Cable Tray
• Create
• Modify

Drawing Manager

• Drafting
• ISO Generation

Reporters & Utilities

• Spooler
• Report Generation
• PDMS Commands

Syllabus:

    Modelling

Getting started

• Modelling concept and workflow
• Exploring Fusion 360’s Graphical user Interface

Creating Sketch Geometry

• Sketching with dimensions & Constrains control

Working with solids

• Extrusion
• Revolution
• Creating Fillet & Chamfer
• Creating Sweep & Loft

Editing Your Model

T-Spline Modelling

• Creating Organic Forms using T-Splines
• Modify a T-spline Form
• Creating Solid Model from Sculpted Body

Assemblies and Constraints

• Working With Components
• Move and align Components
• Create a Rigid Group
• Use Joints to align components in an assembly
• Create as-built joints
• Define contact sets
• Set up motion study
• Apply top-down design methodology

Materials and Images (Rendering)

• Assign and edit materials
• Assign decals, setup the scene and render on the pc and online
• Creating Animation

Interoperability

Technical Drawings

• Create a Drawing of a model
• Create views
• Create and Edit Annotations
• Drawing settings and Preferences
• Output the Drawing

    Syllabus:

    Sketcher Environment:

• Introduction to Inventor Concepts
  • Feature based concepts
  • Parametric concepts
  • Associative concepts
• Creating Sketcher Geometry & Using Sketcher Tools

    Part modeling Environment:

    Basic part modeling:

• Creating Extrudes, Revolve, Swept, Loft
• Advanced reference management

    Assembly Environment:

• Top down & Bottom up assembly
• Assembly constraints

    Drafting Environment:

• Generating drawing views
• Creating dimensions and Inserting annotations
• Bill of Materials (BOM)

    Sheetmetal Environment:

• Sheetmetal design & Fundamentals
• Forming and Stamping tools

    Surface Environment:

• Creation of Surfaces
• Ruled & lofted Surfaces
• Freeform Modeling

Course Name          : Autodesk Revit MEP

Duration                 : 2 Months

Eligibility                : Diploma / BE / ME (MECH)/ Equivalent

Syllabus:

STARTING MEP PROJECT

• Linking Projects
• View templates
• General System Options

ENERGY ANALYSIS FEATURES

• Use building elements for energy analysis mode
• Preparing spaces
• Zones in the system browser

VALIDATE ENERGY ANALYTCAL MODE

• Use third party tool for checking
• Heating and cooling load calculation

PLANNING MECHANICAL SYSTEM

• Adding  mechanical equipment
• Adding diffuser
• Create duct system

ADDING DUCT SYSTEM

• Adding duct by duct layout
• Adding duct by duct pace holder
• Adding duct manually
• Ductsizing

ANNOTATION AND HYDRONIC CONNECTIONS

• Annotating duct
• Model pipe system

ELECTRICAL DESIGN

• Adding light fixtures
• Adding receptacles
• Adding & circuiting panel board

PANEL SCHEDULE

• Creating panel schedule
• Creating a switch system
• Circuiting receptacles

WIRING

• Adding wiring
• Modifying panel schedule
• Creating lighting circuit as per Indian standard
• PLUMBING

Course Name            : HVAC Design (Calculation & Theory) 

Duration                   : 2 Months

Eligibility                  : Diploma / BE / ME (MECH) / ITI / +2 / Equivalent

Syllabus:

     STARTING HVAC PROJECT

• Linking Projects
• View templates
• General System Options

      ENERGY ANALYSIS FEATURES

• Use building elements for energy analysis mode
• Preparing spaces
• Zones in the system browser

     VALIDATE ENERGY ANALYTCAL MODE

• Use third party tool for checking
• Heating and cooling load calculation

     PLANNING MECHANICAL SYSTEM

• Adding mechanical equipment
• Adding diffuser
• Create duct system

      ADDING DUCT SYSTEM

• Adding duct by duct layout
• Adding duct by duct pace holder
• Adding duct manually
• Ductsizing

      ANNOTATION AND HYDRONIC CONNECTIONS

• Annotating duct
• Model pipe system

      ELECTRICAL DESIGN

• Adding light fixtures
• Adding receptacles
• Adding & circuiting panel board

      PANEL SCHEDULE

• Creating panel schedule
• Creating a switch system
• Circuiting receptacles

      WIRING

• Adding wiring
• Modifying panel schedule
• Creating lighting circuit as per Indian standard
• PLUMBING

Course Name         : Tool & Die Design 

Duration                  : 2 Months

Eligibility                 : DME, Tool & Die, Post Diploma CIPET, IT Fitter, Any one having interest   to  start Buisness in tool design & Manufacturing

Syllabus:

Die Design Frame work

Basic Level 1:

• BASIC DIE DESIGN AND DIE-WORK INFLUENCING FACTOR

          Theory of Cutting – Types of operations – Type of Presses –Type of Press Tools – Conventional Machining Process - Design and Calculation of Simple Press Tools.

• AutoCAD Software

           Draw Tools – Layer Handling Techniques – Dimensioning Techniques– 2D Animation – Using Blocks – Lisp Automation -Automation Techniques – CAD Rendering.

• Training on Design illustration to create Manufacturing Drawings.
• Demonstration of Designs in 2D and 3D.
• Project Work (Die Design for Day to Day Products).

Intermediate Level 2:

• Design of Various Press Tools (Stage Dies)– Design Calculations – Advance  Machining Process - Advanced Manufacturing Techniques – Selection of Materials -  Design Tips & Tricks – Selection of Design Elements – HeatTreatment Process – Fits & Tolerances.
• 3D Design Software – Applying Standards.
• Software Customization Tips & Tricks.
• Basic GD & T Symbols and Meanings.
• Project Work (Die Design & Manufacturing).

Advanced Level 3:

• Design of Progressive Dies – Trouble Shooting Techniques.
• Advanced level GD & T Usage with clear example of industry level.
• Advanced Die Design Standards with Industry Level.
• VBA Automation Basic Level to Automate Industry work.
• Project Work (Die Design & Manufacturing – Trouble shooting).

Entrepreneur Level 4:

•  UG-NX Die Wizard for all Type of Press Tool Designs – Librar Creation Support -Die Forming Analysis – Die Wizard Tips & Tricks.
• Project Assignment to get Industrial Confident.
• Supporting for Own Jobs / Industry Support worker.

Course Name         : SolidWorks

Duration                : 2 Months

Eligibility               : Diploma / BE / ME (MECH)/ Equivalent

Syllabus:

• Introduction :

       Introduction of SolidWorks

• Graphical User Interface(GUI) :

• New page
• Units Settings
• Menu bars
• Tool bars
• Task plane
• Feature Manager Design Tree
• Save
• Selections Methods
• Mouse Controls

• SKETCH :

• Line, Centerline
• Rectangle
• Corner Rectangle
• Centre Rectangle
• 3 Point Corner Rectangle
• 3 Point Centre Rectangle
• Parallelogram
• Circle
• Perimeter Circle
• Arc
• Center point Arc
• Tangent Arc
• 3 Point Arc
• Slot 
• Straight Slot
• Centre point straight Slot
• 3 Point Arc Slot
• Centre point Arc Slot
• Polygon
• Spline
• Ellipse
• Partial Ellipse
• Parabola
• Conic
• Sketch Fillet
• Sketch Chamfer
• Text
• Point
• Trim Entities
• Extend Entities
• Convert Entities
• OffsetEntities
• Mirror Entities
• Dynamic Mirror
• Pattern
• Linear sketch pattern
• Circular sketch pattern
• Move Entities
• Copy Entities
• Rotate Entities
• Scale Entities
• Stretch Entities
• Relations
• Add Relations
• Display/Delete Relations
• Quick Snaps
• Rapid Sketch
• Belt Chain
• Jog Line

• PART MODELLING :

• Plane’s, Extruded Boss/Base, Extruded Cut
• Revolved Boss/Base, Revolved Cut
• Swept Boss/Base, Swept Cut
• Lofted Boss/Base, Lofted Cut
• Hole Wizard
• Rib, Shell, Draft
• Fillet, Chamfer,Free Form
• Deform, Dome
• Flex, Wrap
• Split, Combine
• Scale, Mirror
• Pattern
• Linear Pattern
• Circular Pattern
• Mirror
• Curve Driven Pattern
• Sketch Driven Pattern
• Table Driven Pattern
• Fill Pattern
• Mounting Boss
• Snap Hook
• Vent
• Reference Geometry
• Plane
• Axis
• Coordinate System
• Point
• Curves
• Split Line
• Project Curve
• Composite Curve
• Curve Through XYZ Points
• Helix and Spiral
• Thicken
• Join

• ASSEMBLY MODELING :

• Insert Component
• Mate
• Coincident 
• Parallel
• Perpendicular
• Tangent
• Concentric
• Lock
• Distance
• Angle
• Advanced mates 
• Symmetric
• Width
• Path mate
• Linear/Linear coupler
• Distance
• Angle
• Pattern Component 
• Linear Component Pattern
• Circular Component Pattern
• Pattern Driven Component Pattern
• Sketch Driven Component Pattern
• Curve Driven Component Pattern
• Mirror Component
• Smart Fasteners
• Move Component
• Rotate Component
• Show Hidden Component
• Exploded View
• Take Snapshot

• DRAFTING :

• Sheet set
• Standard 3View
• Model View
• Project View
• Auxiliary View
• Detail View
• Break View
• Crop View
• Broken Out Section View
• Section View
• Relative To Model
• Alternate Position View
• Predefined
• Annotations 
• Note
• Linear Note Pattern
• Circular Note Pattern
• Balloon
• Stacked Balloon
• Surface Finish Symbol
• Weld Symbol
• Geometric Tolerance
• Datum Feature Symbol
• Cosmetic Thread
• Revision cloud
• Centre mark
• Centre Line
• Multi Jog Leader
• Dowel pin Symbol
• Area Hatch/Fill
• Block
• Tables 
• Bill of Materials
• Object
• Picture
• DXF/DWG

• RENDERING :

• Edit Appearance
• Edit Scene
• Edit Decal
• Edit Preview
• Final Render
• Options.

• IMPORT & EXPORT:

• ADD INS:

• Photo view 360
• Solid works Tool Box
• Solid works Tool Box Browser

• SURFACE MODELING :

• Extruded Surface, Revolved Surface
• Swept Surface, Lofted Surface
• Boundary Surface, Filled Surface
• Free Form, Planer Surface
• Offset Surface, Ruled Surface
• Fillet, Delete Face
• Replace Surface, Extend Surface
• Trim Surface, Untrim Surface
• Knit Surface, Thicken
• Thicken Cut, Cut with Surface

• SHEET METAL MODELING:

• Base Flange/Tab, Lofted Bend
• Edge Flange, Miter Flange
• Hem, Jog
• Sketched Bend, Cross Break
• Corners, Forming Tools
• Fold, Unfold
• Flatten, Rip
• Convert To Sheet Metal.

Course Name                 : creo

Duration                       : 2 Months

Eligibility                      : Diploma / BE / ME (MECH)/ Equivalent

Syllabus:

1: INTRODUCTION TO CREO PARAMETRIC

• Introduction to Creo Parametric
• Feature-Based Nature
• Bidirectional Associative Property
• Parametric Nature
• System Requirements
• Getting Started with Creo Parametric
• Important Terms and Definitions
• File Menu Options
• Managing Files
• Menu Manager
• Model Tree
• Understanding the Functions of the Mouse Buttons
• Ribbon
• Toolbars
• Navigator
• Creo Parametric Browser
• Appearance Gallery
• Rendering in Creo Parametric
• Colour Scheme Used in this Book

2: CREATING SKETCHES IN THE SKETCH MODE-I

• The Sketch Mode
• Working with the Sketch Mode
• Invoking the Sketch Mode
• The Sketcher Environment
• Working with a Sketch in the Sketch Mode
• Drawing a Sketch Using tools available in the Sketch Tab
• Placing a Point
• Drawing a Line
• Drawing a Centerline
• Drawing a Geometry Centerline
• Drawing a Rectangle
• Drawing a Circle
• Drawing an Ellipse
• Drawing an Arc
• Dimensioning the Sketch
• Converting a Weak Dimension into a Strong Dimension
• Dimensioning a Sketch Using the Normal Tool
• Dimensioning the Basic Sketched Entities
• Linear Dimensioning of a Line
• Angular Dimensioning of an Arc
• Diameter Dimensioning
• Radial Dimensioning
• Dimensioning Revolved Sections
• Working with Constraints
• Types of Constraints
• Disabling Constraints
• Modifying the Dimensions of a Sketch
• Using the Modify Button
• Modifying a Dimension by Double-Clicking on it
• Modifying Dimensions Dynamically
• Resolve Sketch Dialog Box
• Deleting the Sketched Entities
• Trimming the Sketched Entities
• Mirroring the Sketched Entities
• Inserting Standard/User-Defined Sketches
• Drawing Display Options

3: CREATING SKETCHES IN THE SKETCH MODE-II

• Dimensioning the Sketch
• Dimensioning a Sketch Using the Baseline Tool
• Replacing the Dimensions of a Sketch Using the Replace Tool
• Creating Fillets
• Creating Circular Fillets
• Creating Elliptical Fillets
• Creating a Reference Coordinate System
• Working with Splines
• Creating a Spline
• Dimensioning of Splines
• Modifying a Spline
• Writing Text in the Sketcher Environment
• Rotating and Resizing Entities
• Importing 2D Drawings in the Sketch Mode
• 4: CREATING BASE FEATURES
• Creating Base Features
• Invoking the Part Mode
• The Default Datum Planes
• Creating a Protrusion
• Extruding a Sketch
• Revolving a Sketch
• Understanding the Orientation of Datum Planes
• Parent-Child Relationship
• Implicit Relationship
• Explicit Relationship
• Nesting of Sketches

5: DATUMS

• Datums
• Default Datum Planes
• Need for Datums in Modeling
• Selection Method in Creo Parametric
• Datum Options, Datum Planes
• Creating Datum Planes
• Datum Planes Created On-The-Fly
• Datum Axes, Datum Points
• Creating Cuts, Removing Material by Using the Extrude Tool
• Removing Material by Using the Revolve Tool
• 6: OPTIONS AIDING CONSTRUCTION OF PARTS-I
• Options Aiding Construction of Parts
• Creating Holes, The Hole Dashboard
• Important Points to Remember While Creating a Hole
• Creating Rounds, Creating Basic Rounds
• Creating a Variable Radius Round
• Points to Remember While Creating Rounds
• Creating Chamfers, Corner Chamfer
• Edge Chamfer, Understanding Ribs
• Creating Trajectory Ribs
• Creating Profile Ribs
• Editing Features of a Model
• Editing Definition or Redefining Features
• Reordering Features
• Rerouting Features, Suppressing Features
• Deleting Features, Modifying Features

7: OPTIONS AIDING CONSTRUCTION OF PARTS-II

• Introduction, Creating Feature Patterns
• Uses of patterns, Creating Patterns
• Deleting a Pattern, Copying Features
• New Refs, Same Refs, Mirror, Move
• Select, Mirroring a Geometry
• Creating a Section of a Solid Model
• Work Region Method

8: ADVANCED MODELING TOOLS-I

• Other Protrusion Options
• Sweep Features
• Creating Sweep Protrusions
• Aligning a Sketched Trajectory to an Existing Geometry
• Creating a Thin Sweep Protrusion
• Creating a Sweep Cut, Blend Features
• Parallel Blend, Rotational Blend
• General Blend, Using Blend Vertex
• Shell Feature, Creating a Constant Thickness Shell
• Creating a Variable Thickness Shell 8
• Datum Curves
• Creating a Datum Curve by Using the Curve Button
• Creating a Datum Curve by Sketching
• Creating a Curve by Using the Intersect Option
• Creating a Curve by Using the Project Option
• Creating a Curve by Using the Wrap Option
• Creating Draft Features

9: ADVANCED MODELING TOOLS-II

• Advanced Feature Creation Tools
• Variable Section Sweep Using the Sweep Option
• Swept Blend, Helical Sweep
• Blend Section to Surfaces
• Blend Between Surfaces

10: ADVANCED MODELING TOOLS-III

• Advanced Modeling Tools, Toroidal Bend
• Spinal Bend, Warp
• Transform Tool, Warp Tool
• Spine Tool, Stretch Tool
• Bend Tool, Twist Tool, Sculpt Tool

11: ASSEMBLY MODELING

• Assembly Modeling, Important Terms Related to the Assembly Mode
• Top-down Approach, Bottom-up Approach
• Placement Constraints, Package
• Creating Top-down Assemblies
• Creating Components in the Assembly Mode
• Creating Bottom-up Assemblies
• Inserting Components in an Assembly
• Assembling Components
• Displaying Components in a Separate Window
• Displaying Components in the Same Window
• 3D Dragger, Applying Constraints
• Status Area, Placement Tab
• Move Tab, Packaging Components
• Creating Simplified Representations
• Redefining the Components of an Assembly
• Reordering Components
• Suppressing/Resuming Components
• Replacing, Assembling Repeated Copies of a Component
• Modifying the Components of an Assembly
• Modifying Dimensions of a Feature of a Component
• Redefining a Feature of a Component
• Creating the Exploded State
• References Tab Offset Tab, Explode Line Tab
• The Bill of Materials, Global Interference
• Pairs Clearance

12: GENERATING, EDITING, AND MODIFYING THE DRAWING VIEWS

• The Drawing Mode
• Generating Drawing Views
• Generating the General View
• Generating the Projection View
• Generating the D

Syllabus:

• Introduction to 3D modeling
• Introduction to NX CAD

Graphical User Interface(GUI) :

NEW:

• Model
• Assembly
• Drawing

Sketch Curve :

• Direct Sketch, Profile
• Rectangular, Line
• Arc, Circle, Point
• Chamfer, Fillet
• Quick Trim, Quick Extend
• Make corner, Move Curve
• Offset curve, Studio Spline
• Polygon, Ellipse
• Conic, Pattern curve
• Offset curve, Move offset curve
• Mirror curve, Helix
• Text

Sketch Constraints

• Geometric Constraints
• Dimensional Constraints
• Continuous Auto Dimensioning
• Display Sketch Constraints
• Show/Remove Constraints

Datum

• Datum Plane
• Datum Axis
• Datum CSYS
• Point

Design Feature

• Extrude, Revolve
• Block, Cylinder
• Cone, Sphere
• Sweep Along Guide, Swept
• Variable section Sweep, Tube
• Hole, Boss, Pocket
• Pad, Emboss body, offset Emboss, Slot, Groove
• Rib, Dart, Thread

Associative Copy :

• Pattern feature, Unite
• Subtract, Intersect
• Edge Blend, Trim Body
• Split Body, Divide Face
• Shell, Thicken
• Scale Body
• Draft, Draft Body
• Edge Blend
• Face Blend

Synchronous Modeling :

• Move face
• Pull Face
• Offset region
• Replace face
• Resize face
• Delete face
• Resize blend
• Resize chamfer
• Copy Face
• Cut Face
• Paste Face
• Mirror Face
• Pattern Face

RENDER:

• True shading
• True shading Editor
• Basic Lights
• Scene Editor
• Materials/textures
• High Quality Image

Tools :

• Utilities
• Materials
• Movie
• Measure

ASSEMBLY:

• Add Component
• Assembly Constraints
• Show and Hide Constraints
• Pattern Component
• Mirror Assembly
• Move Component
• Rotate Component
• Sequence - Movie

Exploded View :

• New Explosion
• Edit Explosion
• Auto Explode Components
• Un Exploded Components
• Delete Explosion
• Hide Explosion
• Show Explosion
• Trace lines

DRAFTING OR DRAWING:

• New Sheet
• View creation wizard
• Base view
• Projected view
• Detail view
• View Break
• Section view
• Half Section View
• Revolved Section View
• Breakout Section View
• Update Views

Dimension:

• Rapid
• Linear
• Radial
• Angular
• Ordinate

Annotation:

• Note
• Feature Control Frame
• Datum feature symbol
• Datum Target
• Balloon
• BOM
• Image
• Intersection symbol
• Surface finish symbol
• Centre Mark
• Blot Circle Centerline
• Circular Centerline
• Symmetrical Centerline
• 2D Centerline
• Automatic Centerline
• Cross Hatch
• Area Fill
• Tabular Note
• Parts List
• Auto Balloon
• Edit Settings
• Title Block
• Save as Template
• Creating New Template

Import and Exports

• Practice
• Geometry creation
• Geometry Modification
• Images

Syllabus:

GD&T  (Geometric dimension and tolerance)

• Introduction to GD&T

• Dimensioning &Tolerance

• Datum’s, GD&T Symbols

• GD&T Concepts and rules

• Tolerance types

• Dimensioning standards

• Design indent of GD&T

Course Name               : Mastercam

Duration                      : 2 Months

Eligibility                     : Diploma / BE / ME (MECH)/ Equivalent

Syllabus:

   MASTER CAM SYLLABUS

• Introduction to CNC Machines
• Introduction to MASTERCAM
• Product Introduction
• Basic concepts of CAM (cutters, machines job setup, etc)

   Create

• point, line, arc
• fillet, chamfer, spline
• curve, surface, drafting
• Rectangle, Rectangle shape
• polygon, ellipse
• spiral, helix, primitives
• litter, boundary box
• bolt circle

  Solids

• extrude, revolve, sweep
• loft, fillet, chamfer
• shell, trim, thicken
• remove face, draft face
• pattern, boolean add
• boolean remove
• boolean common
• non associative, find features
• from surface, layout
• face / features colurs

Edit

• Trim/Brake
• join endities
• modify spline

Analyze

• entities properties, position
• distance, volume / area
• chain, contour
• angle, dynamic

Xform

• Translate, translate 3d
• mirror, rotate
• scale, dynamic xform
• move to origin, offset
• offset contour, project
• rectangular  array
• practice sketch 07&08
• Program surface rough- pocket

Screen

• Clear colour, statistics
• disply entity endpoints
• blank entity,
• un blank entity
• hide entity
• unhide some
• grit setting
• shade setting

Creating 2D Program

• Pocket, Contour,Facing,Drilling
• Transforming 2D tool paths(Translate,Rotate,Mirror)
• Hole milling, slot milling and helical milling tool paths
• Back plot, Verification, post processing

Creating 3D Program

• boundary box, Orientation, Analyzing
• Pocket,Contour,Shallow,Parallel,Restmilling,Corner finishing tool paths
• Back plot, Verification, Gouge checking, Post – processing, Editing of programs

Course Name        : ArtCAM

Duration               : 2 months                        

Eligibility              : +2 / ITI / DIP /BE / Equivalent

Syllabus:

   The ArtCAM interface

• Understanding the framework 
• Understanding the Start panel
• Understanding the Project panel
• Understanding the Tool Settings panel
• Understanding the Tool paths panel 
• Understanding the Assistant panel 
• Understanding the Layers panel
• Understanding the design windows
• Using 2D View windows
• Using the 3D View Window
• Information about ArtCAM

   Creating models

• Creating a new model
• Creating a new model from a file
• Creating a new model using pixels
• Creating a model using the Face Wizard
• Opening a model
• Opening recent models
• Setting the model resolution
• Saving a model
• Closing a model

   Creating projects

• Creating a new project
• Creating a new project from a file
• Opening a project
• Opening recent projects
• Saving a project
• Closing a project

   The 2D design process

• Using bitmap layers
• Importing bitmap artwork
• Choosing the active layer
• Creating a new layer
• Renaming a layer
• Viewing a layer
• Creating and editing bitmap artwork
• Reducing colours
• Colour linking
• Selecting the primary and secondary colours
• Using the Paint tools
• Using the Draw tool
• Using the Flood Fill tools
• Converting bitmap artwork into vector artwork
• Using vector layers
• Importing vector artwork
• Creating a new layer
• Selecting vector artwork
• Choosing the active layer
• Renaming a layer
• Assigning a colour to a layer
• Locking a layer
• Snapping on a layer
• Viewing a layer
• Setting the stacking order
• Creating artwork on a vector layer
• Creating preset vector shapes
• Creating free-form vector shapes
• Converting vector artwork into bitmap artwork
• Editing vector artwork
• Selecting nodes and control points
• Converting spans
• Moving nodes
• Inserting nodes
• Smoothing nodes
• Aligning nodes

   The 3D Design Process

• Using relief layers
• Choosing the active layer
• Creating a new layer
• Setting the combine mode
• Renaming a layer
• Creating a bitmap layer from a relief layer
• Viewing a layer
• Previewing a relief layer's content
• Transferring relief layers between stacks
• Creating a relief layer from bitmap artwork
• Using the Shape Editor
• Creating simple shapes using bitmap colors
• Creating simple shapes using closed vectors
• Calculating a relief
• Replacing the relief
• Adding to the relief
• Subtracting from the relief
• Merging with the relief
• Creating complex shapes using vectors
• Creating an extruded shape
• Creating a spun shape
• Creating a turned shape
• Creating a two-rail sweep
• Creating a two-rail ring sweep
• Creating an Embossed Relief
• Importing a triangle or surface model
• Sculpting a relief
• Importing from the Component Library

    Creating Toolpaths

• Using the Tool Database
• Saving toolpaths

   Simulating toolpaths

• Resetting a simulation
• Deleting a simulation
• Saving a toolpath simulation
• Loading a toolpath simulation from a relief
• Creating a relief layer from a simulation
• Shading a toolpath simulation
• Toggling the simulation display

Course Name       : DelCAM

Duration              : 2 months                        

Eligibility             : +2 / ITI / DIP /BE / Equivalent

Syllabus:

• Introduction & Understanding DelCAM GUI

Work plane set up, wire frame modeler, data exchange, set block for machining

• Customizing Power MILL Stock Models, define Work planes
• Machining simulation
• Data exchange
• Wire frame modeler
• Create process sheet Setup for machining
• Define boundaries for machining, define block, measurement

3D area Clearance Strategies

• Offset area clearance model
• Profile area clearance model
• Raster area clearance model
• Rest machining

Finishing

• 3D-offset finishing
• Constant Z- finishing
• Optimized constant z-finishing
• Offset flat finishing, raster flat finishing
• Pattern finishing, spiral finishing
• Raster finishing, radial finishing
• Corner along finishing, corner multi pencil finishing, corner automatic and stitch finishing, corner pencil finishing
• Surface finishing
• Practice finishing

2D-area clearance machining and post processor selection for Q&M code

• Face milling
• 2D-curve area clearance
• 2D-curve profile
• Drilling
• Post processor selection to convert DelCAM file in to Q&M code

Course Name        : NX CAM

Duration               : 2 months                        

Eligibility              : +2 / ITI / DIP /BE / Equivalent

Syllabus:

Introduction

• Introduction to NX CAM Manufacturing Overview & Processes

Milling Operations

• Manufacturing [Work flow / Environment/Part Analysis]
• Milling Processors & Operations
• Milling Calculation / Programming/ Feeds / Tools & Paths
• Face Milling Operation
• Planar milling Operation
• Contour milling Operation
• Surface Contouring Operation-1
• Surface Contouring Operation-2
• Multiblade milling Operation
• Self Assessment-1

Drilling Operation

• Process/Overview/Machines/Tools
• Operation-1 [Spot Drilling/Contour Boring/Reaming]
• Operation-2 [Peck Drilling/ Boring/ Contour Sinking]
• Self Assessment-2

Turning Operation

• Process/Overview/Machines/Tools
• Operations-1
• Operations-2
• Self Assessment-3
• About CNC Programming

Syllabus:

Theory: (1 month)

CNC Lathe

• Introduction of CNC Machine
• Application of CNC Machine
• Introduction of CNC lathe
• Co-ordinate methods
• Concept of Programming
• G-codes and M-codes
• Facing Program
• Step Turning
• Taper Turning
• Chamfer Program
• Cycle Programs

CNC MILLING

• Introduction of Milling
• Co-ordinate methods
• Absolute Method
• Incremental Method                    
• G-codes and M-Codes
• Facing Program,
• Chamfer and Radius Program
• Programming using I,J Method
• Pocketing Program
• Canned cycle
• Drilling
• Boring
• Counter Sinking
• Counter Boring
• Tapping
• Reaming
• Sub Program
• Maintenance and Trouble Shooting
• Measuring Instruments

 Practical:( 1 month)

• ON, OFF Proper
• HOME Position Taken
• MPG (Handle Move) Applications
• MDI, JOG
• AUTO, EDIT
• MENU OFF Set (Work co-ordinate use)
• Display Use
• Button use (Programming Typing)
• JOB dial
• BORE dial
• JOB Setting
• JOB setting Dial, TOOL setting , JOB Running, JOB Output

     Syllabus:

Theory: (1 month)

CNC Lathe

• Introduction of CNC Machine
• Application of CNC Machine
• Introduction of CNC lathe
• Co-ordinate methods
• Concept of Programming
• G-codes and M-codes
• Facing Program
• Step Turning
• Taper Turning
• Chamfer Program
• Cycle Programs

CNC MILLING

• Introduction of Milling
• Co-ordinate methods
• Absolute Method
• Incremental Method                    
• G-codes and M-Codes
• Facing Program,
• Chamfer and Radius Program
• Programming using I,J Method
• Pocketing Program
• Canned cycle
• Drilling
• Boring
• Counter Sinking
• Counter Boring
• Tapping
• Reaming
• Sub Program
• Maintenance and Trouble Shooting
• Measuring Instruments

 Practical:( 1 Week)

•  
• ON, OFF Proper
• HOME Position Taken
• MPG (Handle Move) Applications
• MDI, JOG
• AUTO, EDIT
• MENU OFF Set (Work co-ordinate use)
• Display Use
• Button use (Programming Typing)
• JOB dial
• BORE dial
• JOB Setting
• JOB setting Dial, TOOL setting , JOB Running, JOB Output

Syllabus:

• Introduction to Engineering Drawings
  Projections (First & Third angle)
  Views (Orthographic, Isometric & Perspective)
  Introduction to AutoCAD
  Co-ordinate systems
• Drawing settings – Units, Limits, UCSIcon
  Drawing simple sketches using Line, Circle, Arc, Ellipse, Polygon, Rectangle, Drafting Setting
• Editing commands – Erase, Undo, Redo, Move, Copy, Rotate, Array, Mirror
  File Management - New, Qnew, Open, Save, Save as, Close, Exit, Quit
  Mini Project 1 – Orthographic Views
• Editing commands – Fillet, Chamfer, Scale, Stretch, Offset, Break, Trim, Extend
• Hatches, Hatch Edit
• Object Selection Methods
  Select, Qselect
  Annotations - Text, Style, Ddedit, Mtext, Scaletext, Spell, Table, Tabledit
  Object Properties - Color, Linetype, Ltscale, Lineweight, Properties, Matchprop
• Dimension - Linear, Aligned, Radius, Diameter, Center Mark, Angle, Arc length, Continuous, Baseline, Dimension Space, Dimension Break, Jogged radius, Oblique, Align Text, Mleader, Qleader
• Isometric view,Iso plane Mini project 2 - Isometric views
• 3D Introduction
• Region, Explode, Extrude, Revolve, Union, Subtract, Slice, Thicken
• Modeling Tools : Solid Primitives
  Box, Wedge, Cylinder, Cone, Sphere, Torus,
• 3D move, 3D rotate, 3D Array, 3D Mirror, fillet Edge, Chamfer Edge
• Polysolid, Sweep, Helix, Loft, Print setup
• Layer Management
  Adding / Removing Layers
  Layer Status
• Speed test
• Subject of cad
• Mini Project 1 (2D)
• Mini Project 2 (Isometric)
• Mini Project 3 (3D)
• Final Project