| S.NO |
Course Code |
Softwares |
Duration in hours |
Master Diploma in Product Design and Analysis |
| 1 |
MCADD MD21 |
AutoCAD-2D ( mechanical ) +CATIA +Ansys +PPM Concepts +MSP ( mechanical ) +GD & T +Pro/ENGINEER |
400 |
| 2 |
MCADD MD22 |
AutoCAD-2D ( mechanical ) +Ansys +PPM Concepts +MSP ( mechanical ) +GD & T +Pro/ENGINEER +NX-CAM +NX-CAD |
440 |
| 3 |
MCADD MD23 |
AutoCAD-2D ( mechanical ) +Ansys +PPM Concepts +MSP ( mechanical ) +GD & T +SolidWorks +Pro/ENGINEER |
400 |
| 4 |
MCADD MD24 |
AutoCAD-2D ( mechanical ) +Ansys +PPM Concepts +MSP ( mechanical ) +GD & T +SolidWorks +CATIA |
400 |
| 5 |
MCADD MD25 |
AutoCAD-2D ( mechanical ) +Ansys +PPM Concepts +MSP ( mechanical ) +GD & T +SolidWorks +NX-CAM +NX-CAD |
440 |
| 6 |
MCADD MD26 |
AutoCAD-2D ( mechanical ) +CATIA +Ansys +PPM Concepts +Primavera +GD & T +SolidWorks |
400 |
| 7 |
MCADD MD27 |
AutoCAD-2D ( mechanical ) +Ansys +PPM Concepts +Primavera +GD & T +SolidWorks +NX-CAM +NX-CAD |
440 |
| 8 |
MCADD MD28 |
AutoCAD-2D ( mechanical ) +Ansys +PPM Concepts +Primavera +GD & T +SolidWorks +Pro/ENGINEER |
400 |
| 9 |
MCADD MD29 |
AutoCAD-2D ( mechanical ) +CATIA +Ansys +PPM Concepts +Primavera +GD & T +Pro/ENGINEER |
400 |
| 10 |
MCADD MD30 |
AutoCAD-2D ( mechanical ) +Ansys +PPM Concepts +Primavera +GD & T +Pro/ENGINEER +NX-CAM +NX-CAD |
440 |
| 11 |
MCADD MD31 |
AutoCAD-2D ( mechanical ) +CATIA +Ansys +PPM Concepts +MSP ( mechanical ) +GD & T +NX-CAM +NX-CAD |
440 |
| 12 |
MCADD MD32 |
AutoCAD-2D ( mechanical ) +CATIA +Ansys +PPM Concepts +Primavera +GD & T +NX-CAM +NX-CAD |
440 |
| 13 |
MCADD MD33 |
Ansys +PPM Concepts +MSP ( mechanical ) +GD & T +SolidWorks +Pro/ENGINEER |
320 |
| 14 |
MCADD MD34 |
Ansys +PPM Concepts +Primavera +GD & T +SolidWorks +Pro/ENGINEER |
320 |
| 15 |
MCADD MD35 |
CATIA +Ansys +PPM Concepts +Primavera +GD & T +Pro/ENGINEER |
320 |
| 16 |
MCADD MD36 |
Ansys +PPM Concepts +Primavera +GD & T +Pro/ENGINEER +NX-CAM +NX-CAD |
360 |
| 17 |
MCADD MD37 |
CATIA +Ansys +PPM Concepts +MSP ( mechanical ) +GD & T +Pro/ENGINEER |
320 |
| 18 |
MCADD MD38 |
Ansys +PPM Concepts +MSP ( mechanical ) +GD & T +Pro/ENGINEER +NX-CAM +NX-CAD |
360 |
| 19 |
MCADD MD39 |
CATIA +Ansys +PPM Concepts +Primavera +GD & T +NX-CAM +NX-CAD |
360 |
| 20 |
MCADD MD40 |
CATIA +Ansys +PPM Concepts +MSP ( mechanical ) +GD & T +NX-CAM +NX-CAD |
360 |
| 21 |
MCADD MD41 |
CATIA +Ansys +PPM Concepts +MSP ( mechanical ) +GD & T +SolidWorks |
320 |
| 22 |
MCADD MD42 |
CATIA +Ansys +PPM Concepts +Primavera +GD & T +SolidWorks |
320 |
| 23 |
MCADD MD43 |
Ansys +PPM Concepts +MSP ( mechanical ) +GD & T +SolidWorks +NX-CAM +NX-CAD |
360 |
| 24 |
MCADD MD44 |
Ansys +PPM Concepts +Primavera +GD & T +SolidWorks +NX-CAM +NX-CAD |
360 |
| 25 |
MCADD MD45 |
AutoCAD-2D ( mechanical ) +CATIA +Ansys +GD & T +SolidWorks +Pro/ENGINEER +NX-CAM +NX-CAD |
536 |
| 26 |
MCADD MD46 |
CATIA +Ansys +GD & T +SolidWorks +Pro/ENGINEER +NX-CAM +NX-CAD |
456 |
Foundation in Mechanical CADD |
| 27 |
MCADD F02 |
AutoCAD-2D ( mechanical ) |
80 |
Professional in Product Design |
| 28 |
MCADD P21 |
AutoCAD-2D ( mechanical ) +CATIA +GD & T +Pro/ENGINEER |
256 |
| 29 |
MCADD P22 |
AutoCAD-2D ( mechanical ) +GD & T +Pro/ENGINEER +NX-CAD |
256 |
| 30 |
MCADD P23 |
AutoCAD-2D ( mechanical ) +GD & T +SolidWorks +Pro/ENGINEER |
256 |
| 31 |
MCADD P24 |
AutoCAD-2D ( mechanical ) +CATIA +GD & T +NX-CAD |
256 |
| 32 |
MCADD P25 |
AutoCAD-2D ( mechanical ) +CATIA +GD & T +SolidWorks |
256 |
| 33 |
MCADD P26 |
AutoCAD-2D ( mechanical ) +GD & T +SolidWorks +NX-CAD |
256 |
| 34 |
MCADD P27 |
CATIA +GD & T +SolidWorks +Pro/ENGINEER |
256 |
| 35 |
MCADD P28 |
CATIA +GD & T +Pro/ENGINEER +NX-CAD |
256 |
| 36 |
MCADD P29 |
GD & T +SolidWorks +Pro/ENGINEER +NX-CAD |
256 |
| 37 |
MCADD P30 |
CATIA +GD & T +SolidWorks +NX-CAD |
256 |
Professional in Product Design and Analysis |
| 38 |
MCADD P31 |
AutoCAD-2D ( mechanical ) +Ansys +GD & T +Pro/ENGINEER |
256 |
| 39 |
MCADD P32 |
AutoCAD-2D ( mechanical ) +CATIA +Ansys +GD & T |
256 |
| 40 |
MCADD P33 |
AutoCAD-2D ( mechanical ) +Ansys +GD & T +NX-CAD |
256 |
| 41 |
MCADD P34 |
AutoCAD-2D ( mechanical ) +Ansys +GD & T +SolidWorks |
256 |
| 42 |
MCADD P35 |
Ansys +GD & T +Pro/ENGINEER +NX-CAD |
256 |
| 43 |
MCADD P36 |
CATIA +Ansys +GD & T +Pro/ENGINEER |
256 |
| 44 |
MCADD P37 |
Ansys +GD & T +SolidWorks +Pro/ENGINEER |
256 |
| 45 |
MCADD P38 |
CATIA +Ansys +GD & T +NX-CAD |
256 |
| 46 |
MCADD P39 |
CATIA +Ansys +GD & T +SolidWorks |
256 |
| 47 |
MCADD P40 |
Ansys +GD & T +SolidWorks +NX-CAD |
256 |
Professional in Pro/ENGINEER |
| 48 |
MCADD P41 |
Pro/ENGINEER +Pro/ENGINEER-Mold Design +Pro/ENGINEER-Mechanism +GD & T |
136 |
Master Diploma in Automotive Design |
| 49 |
MCADD MD48 |
Ansys +NX-CAM +Pro/ENGINEER +CATIA +NX-CAD +GD & T +NX-NASTRAN +Overview of Automotive Design |
464 |
Master Diploma in Aerospace Design |
| 50 |
MCADD MD49 |
Ansys +NX-CAM +Pro/ENGINEER +CATIA +NX-CAD +GD & T +NX-NASTRAN +Overview of Aerospace Design |
464 |
Diploma in product design |
| 51 |
MCADD D21 |
AutoCAD-2D ( mechanical ) +GD & T +Pro/ENGINEER |
176 |
| 52 |
MCADD D22 |
AutoCAD-2D ( mechanical ) +CATIA +GD & T |
176 |
| 53 |
MCADD D23 |
AutoCAD-2D ( mechanical ) +GD & T +SolidWorks |
176 |
| 54 |
MCADD D24 |
AutoCAD-2D ( mechanical ) +GD & T +NX-CAD |
176 |
| 55 |
MCADD D25 |
CATIA +GD & T +Pro/ENGINEER |
176 |
| 56 |
MCADD D26 |
GD & T +Pro/ENGINEER +NX-CAD |
176 |
| 57 |
MCADD D27 |
GD & T +SolidWorks +Pro/ENGINEER |
176 |
| 58 |
MCADD D28 |
CATIA +GD & T +NX-CAD |
176 |
| 59 |
MCADD D29 |
CATIA +GD & T +SolidWorks |
176 |
| 60 |
MCADD D30 |
GD & T +SolidWorks +NX-CAD |
176 |
Diploma in Product Design and Analysis |
| 61 |
MCADD D31 |
Ansys +GD & T +Pro/ENGINEER |
176 |
| 62 |
MCADD D32 |
CATIA +Ansys +GD & T |
176 |
| 63 |
MCADD D33 |
Ansys +GD & T +SolidWorks |
176 |
| 64 |
MCADD D34 |
Ansys +GD & T +NX-CAD |
176 |
Diploma in Individual software products |
| 65 |
MCADD D13 |
AutoCAD-2D ( mechanical ) +AutoCAD-3D ( mechanical ) |
120 |
| 66 |
MCADD D35 |
GD & T +Pro/ENGINEER +Pro/ENGINEER-Mold Design |
120 |
| 67 |
MCADD D36 |
GD & T +Pro/ENGINEER +Pro/ENGINEER-Mechanism |
112 |
| 68 |
MCADD D37 |
GD & T +NX-CAM +NX-CAD |
136 |
Diploma in Mechanical CADD |
| 69 |
MCADD D38 |
AutoCAD-2D ( mechanical ) +PPM Concepts +MSP ( mechanical ) |
144 |
Foundation program |
| 70 |
MCADD F07 |
Ansys |
80 |
| 71 |
MCADD F21 |
Pro/ENGINEER +GD & T |
96 |
| 72 |
MCADD F22 |
GD & T +SolidWorks |
96 |
| 73 |
MCADD F23 |
CATIA +GD & T |
96 |
| 74 |
MCADD F24 |
GD & T +NX-CAD |
96 |
| 75 |
MCADD F25 |
NX-NASTRAN |
80 |
Special Courses |
| 76 |
MCADD Spl01 |
Pro/ENGINEER-Mold Design |
24 |
| 77 |
MCADD Spl02 |
Pro/ENGINEER-Mechanism |
16 |
| 78 |
MCADD Spl03 |
Ansys-Vibrational |
40 |
| 79 |
MCADD Spl04 |
AutoCAD-3D |
40 |
| 80 |
MCADD Spl05 |
NX-CAM |
40 |
| 81 |
MCADD Spl06 |
GD & T |
16 |
Key Topics (AutoCAD)
 |
Introduction to CAD Industry |
 |
Drawing Settings |
 |
Orthographic Drawings |
 |
Isometric Drawings |
 |
Perspective Drawings |
 |
Editing the drawings |
 |
Annotations andDimensions |
 |
Layer management |
 |
Project Planning and Management: An Overview |
 |
Selection Methods |
 |
Creating and UpdatingRepeated Elements |
 |
Parametric Drawings |
 |
Preparing Joinery Details /BOM |
 |
Presenting the Project |
 |
Working with a team |
 |
Layout Management |
 |
Scale setting and Plotting |
 |
Import and Export |
|
Key Topics (Pro/ENGINEER)
| Pro/ENGINEER concepts |
| Using the Pro/ENGINEER interface |
| Creating sketcher geometry |
| Creating extrudes, revolves, and ribs |
| Selecting and editing |
| Creating datum features |
| Utilizing internal sketches and embedded datums |
| Creating sweeps and blends |
| Creating holes and shells |
| Creating rounds, chamfers and Drafts |
| Variable section sweeps, Helical sweeps and Swept blends |
| Creating patterns |
| Group, copy, and mirror tools |
| Measuring and inspecting models |
| Advanced reference management |
| Relations and parameters |
| Layers, Family tables & UDF |
| Assembling with constraints |
| Exploding assemblies |
| Creating surface features |
| Editing surface features in Pro/ENGINEER |
| Creating drawing views |
| Creating drawing details |
| Using advanced assembly constraints |
| Creating and using component interfaces |
| Creating and using flexible components |
| Using assembly features and shrinkwrap |
| Replacing components in an assembly |
| Understanding simplified reps |
| Creating cross-sections, display styles, and combined views |
| Substituting components by rep, envelope, and model |
| Creating and using assembly structure and skeletons |
| Introduction to sheet metal design |
| Primary walls, Secondary and unattached walls |
| Unbend, bend back and cuts |
| Notches and punches |
| Sheet metal forms |
| Bending & Unbending sheet metal geometry |
| Converting solid parts |
| Sheet metal drawings with flat states and bend order table |
| Real time rendering |
|
Key Topics (Pro/ENGINEER Mechanism Design)
| Introduction to Mechanism Design |
| Understanding the Mechanism Design Process |
| Creating the Model |
| Verifying the Mechanism |
| Adding Servo Motors |
| Preparing for Analysis of a Mechanism |
| Analyzing the Mechanism |
| Evaluating Analysis Results |
| Substituting Components By Rep, Envelope, and Model |
| Understanding Advanced Simplified Rep Functionality |
| Managing complex drawings |
| Project |
|
Key Topics (Pro/ENGINEER Mold Design)
| Basic about mold |
| Type of molds |
| Mold parts |
| Creating the reference model |
| Understanding shrinkage |
| Creating a work piece automatically |
| Creating and assembling a work piece manually |
| Mold volume creation |
| Parting line and parting surface creation |
| Splitting mold volumes |
| Mold component extraction |
| Mold features creation |
| Filling and opening the mold |
|
Key Topics (SolidWorks)
 |
Sketcher basics |
 |
3D sketching |
 |
Part modeling |
 |
Creating reference geometries |
 |
Editing features |
 |
Advanced modeling tools |
 |
Configuration |
 |
Design table/library features |
 |
Import/Export of files |
 |
Surface overview |
 |
Bottom-up assembly |
 |
Top-Down assembly |
 |
Exploding assemblies |
 |
Simulation/ Detailing |
 |
BOM, Balloon tools |
 |
Sheet metal |
 |
PDM Works |
 |
Weldment |
|
Key Topics (ANSYS)
 |
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 Problem |
 |
Theoretical FEM Procedure to solve above Mechanics Problem |
 |
Theories of Failure |
 |
Basic Linear & Torsional Equation |
 |
Getting Started with ANSYS 11.0 |
 |
CAD Modeling Using ANSYS |
 |
Introduction to Meshing |
 |
Types of elements & FEA design intent |
 |
Meshing Techniques |
 |
Assigning material properties |
 |
Working with different boundary conditions |
 |
Performing Different Analysis & Viewing Results |
 |
1D element example Problems |
 |
2D Plane Stress/strain example problem |
 |
3D Analysis |
 |
Thermal |
 |
Coupled field Analysis |
|
Key Topics (CATIA V5)
| CATIA user interface |
| Creating and editing sketches |
| Creating sketch based features |
| Creating transformation features |
| Creating dress up features |
| Creating advanced replication tools |
| Editing parts in assembly |
| Creating surface features |
| Generative Sheetmetal design |
| Drawing view generation |
| Drawing view generation |
| Bill of materials, balloons |
| Finalizing the drawing and printing |
| Dress up on 2D Views |
| Real time rendering |
|
Key Topics (GD&T)
| Dimensions and Drawings |
| Tolerance dimensioning |
| Ways of expressing tolerance |
| IT grades |
| Introduction to "ASME Y14.5M-1994" |
| GD&T Rules |
| Maximum Material Condition of a feature of size |
| Least Material Condition of a feature of size |
| Concept of virtual condition |
| Concept of bonus tolerance |
| Planar datums |
| Modifiers and Symbols |
| Tolerance types |
|
Key Topics (Unigraphics NX)
 |
User Interface |
 |
Sketcher essentials |
 |
Constraining sketches |
 |
Managing sketches |
 |
Datums |
 |
Creating part features |
 |
Editing parts |
 |
Knowledge Fusion |
 |
Creating fundamental curves |
 |
Editing Curves |
 |
Editing Freeform Features |
 |
Basic Assembly Concepts |
 |
Creating Assemblies |
 |
Positioning Assembly Components |
 |
Assembly Arrangements and Arrays |
 |
Assembly Revisions and Component Replacements |
 |
Assembly Sequencing and Motion |
 |
Assemblies – Clearance and Analysis |
 |
Deformable Components |
 |
Part Families |
 |
Introduction to Drafting |
 |
Drawings and Viewss |
 |
Creating dimensions, notes and labels |
 |
Plotting Drawings |
 |
GD&T Symbols |
|
Key Topics (Unigraphics NX CAM)
 |
The Operation Navigator |
 |
Manufacturing Objects |
 |
Manufacturing Operations and Post-processing |
 |
Wizards and Shop Documentation |
 |
Planar Milling - Introduction and Profiling |
 |
Engrave Text |
 |
Face Milling |
 |
Cavity Milling |
 |
Z-Level Milling |
 |
Thread Milling |
 |
Area Milling |
 |
Flow Cutting |
 |
Radial Cutting |
 |
Surface Area Cutting |
 |
Engraving |
 |
Contour Profiling |
 |
Common Parameters |
 |
Rough and Finish Turning |
 |
Centerline Drilling |
 |
Groove and Thread Operations |
 |
Multiple Spindles and IPW |
|
Key Topics (PPM Concepts)
 |
Instructions to Project Planning and Management |
 |
What is a project? |
 |
What is project management? |
 |
Project management context |
 |
Processes of a project management |
 |
Initiation |
 |
Planning |
 |
Execution |
 |
Controlling |
 |
closure |
 |
Knowledge areas in a project |
 |
Cost management |
 |
Scope management |
 |
Quality management |
 |
Risk management |
 |
Human resources management |
 |
Procurement management |
 |
Integration management |
 |
Communication Management |
|
Key Topics (Microsoft Office Project)
 |
Activities, Calendars - Definitions, Sequencing & estimate duration |
 |
How to develop a schedule plan and control |
 |
Network analysis-CPM, PERT, PDM |
 |
How to prepare Work Breakdown Structure (WBS) |
 |
How to update WBS |
 |
Constraints |
 |
How to manage cost in a project |
 |
How to do Resource Planning and Cost Estimation |
 |
How to prepare Resource Sheet |
 |
How to apply resource to each activity |
 |
How to define Resource Pool and to allocate Resources |
 |
Filters and Grouping |
 |
How Material Resources are being allocated |
 |
Analyzing resources by leveling the resource using crashing. |
 |
Earned Value Analysis |
 |
Method of developing different types of reports according to industrial needs |
 |
Scheduling in multiple projects |
 |
Customisation |
|
Key Topics (Primavera)
| Defining Calendars |
| Project Portfolio Management |
| Defining the Enterprise Project Structure (EPS) |
| Defining Organisation Breakdown Structure (OBS) |
| Defining the Project Structure under the EPS |
| Activities – Definition, sequencing & Estimating duration |
| Effectively using the four types of PDM relationship |
| Scheduling the project |
| Defining constraints & overcoming conflicts |
| Defining & Assigning activity codes |
| Defining & assigning WBS codes |
| How to organize the activities by using activity Codes & WBS codes |
| Filtering activities |
| Defining and assigning Work products and Documents |
| Changing currency setting |
| Defining Roles |
| Defining Resources |
| Assigning by Roles |
| Assigning by resources |
| Estimating the cost of the project |
| How to analyse the resource by using resource profile & resource table |
| How to do resource leveling |
| Defining project codes and resource codes |
| Updating the project progress & comparing the actual progress with baseline |
| Analysing earned value management |
| Preparing different types of tabular reports according to the industrial needs |
| Preparing Graphical reports |
| Highlighting the progress in the bar chart |
| Application of Global change |
|
|