| S.NO |
Course Code |
Softwares |
Duration in hours |
Master Diploma in Product Design and Analysis |
| 1 |
MCADD MD01 |
AutoCAD - 2D ( mechanical ) + Pro/ENGINEER (Foundation + Advanced) + CATIA + ANSYS + PPM Concepts + MSP ( mechanical ) |
376 |
| 2 |
MCADD MD02 |
AutoCAD - 2D ( mechanical ) + Pro/ENGINEER (Foundation + Advanced) + Solidworks (Foundation + Advanced) + ANSYS + PPM Concepts + MSP ( mechanical ) |
376 |
| 3 |
MCADD MD03 |
AutoCAD - 2D ( mechanical ) + Solidworks (Foundation + Advanced) + CATIA + ANSYS + PPM Concepts + MSP ( mechanical ) |
376 |
| 4 |
MCADD MD04 |
AutoCAD - 2D ( mechanical ) + Solidworks (Foundation + Advanced) + CATIA + ANSYS + PPM Concepts + Primavera |
376 |
| 5 |
MCADD MD05 |
AutoCAD - 2D ( mechanical ) + Pro/ENGINEER (Foundation + Advanced) + Solidworks (Foundation + Advanced) + ANSYS + PPM Concepts + Primavera |
376 |
| 6 |
MCADD MD06 |
AutoCAD - 2D ( mechanical ) + Pro/ENGINEER (Foundation + Advanced) + CATIA + ANSYS + PPM Concepts + Primavera |
376 |
| 7 |
MCADD MD08 |
Pro/ENGINEER (Foundation + Advanced) + Solidworks (Foundation + Advanced) + ANSYS + PPM Concepts + MSP ( mechanical ) |
296 |
| 8 |
MCADD Md09 |
Pro/ENGINEER (Foundation + Advanced) + Solidworks (Foundation + Advanced) + ANSYS + PPM Concepts + Primavera |
296 |
| 9 |
MCADD MD10 |
Pro/ENGINEER (Foundation + Advanced) + CATIA + ANSYS + PPM Concepts + Primavera |
296 |
| 10 |
MCADD MD11 |
Pro/ENGINEER (Foundation + Advanced) + CATIA + ANSYS + PPM Concepts + MSP ( mechanical ) |
296 |
| 11 |
MCADD MD12 |
Solidworks (Foundation + Advanced) + CATIA + ANSYS + PPM Concepts + MSP ( mechanical ) |
296 |
Professional in Mechanical CADD |
| 12 |
MCADD P01 |
AutoCAD - 2D ( mechanical ) + Pro/ENGINEER (Foundation + Advanced) + ANSYS |
240 |
| 13 |
MCADD P02 |
CADian ( mechanical ) + Pro/ENGINEER (Foundation + Advanced) + ANSYS |
240 |
| 14 |
MCADD P03 |
AutoCAD - 2D ( mechanical ) + CATIA + ANSYS |
240 |
| 15 |
MCADD P04 |
CADian ( mechanical ) + CATIA + ANSYS |
240 |
| 16 |
MCADD P05 |
AutoCAD - 2D ( mechanical ) + Solidworks (Foundation + Advanced) + ANSYS |
240 |
| 17 |
MCADD P06 |
CADian ( mechanical ) + Solidworks (Foundation + Advanced) + ANSYS |
240 |
Professional in Product Design |
| 18 |
MCADD P07 |
Pro/ENGINEER (Foundation + Advanced) + CATIA + ANSYS |
240 |
| 19 |
MCADD P08 |
Pro/ENGINEER (Foundation + Advanced) + Solidworks (Foundation + Advanced) + ANSYS |
240 |
| 20 |
MCADD P09 |
CATIA + Solidworks (Foundation + Advanced) + ANSYS |
240 |
Professional in Pro/ENGINEER |
| 21 |
MCADD P10 |
Pro/ENGINEER (Foundation + Advanced) + Pro/ENGINEER Mold Design + Pro/ENGINEER Mechanism |
120 |
Diploma in MCADD |
| 22 |
MCADD D01 |
AutoCAD - 2D ( mechanical ) + Pro/ENGINEER (Foundation + Advanced) |
160 |
| 23 |
MCADD D02 |
CADian ( mechanical ) + Pro/ENGINEER (Foundation + Advanced) |
160 |
| 24 |
MCADD D03 |
AutoCAD - 2D ( mechanical ) + CATIA |
160 |
| 25 |
MCADD D04 |
CADian ( mechanical ) + CATIA |
160 |
| 26 |
MCADD D05 |
AutoCAD - 2D ( mechanical ) + Solidworks (Foundation + Advanced) |
160 |
| 27 |
MCADD D06 |
CADian ( mechanical ) + Solidworks (Foundation + Advanced) |
160 |
Diploma in 3D Modeling |
| 28 |
MCADD D07 |
Pro/ENGINEER (Foundation + Advanced) + CATIA |
160 |
| 29 |
MCADD D08 |
Pro/ENGINEER (Foundation + Advanced) + Solidworks (Foundation + Advanced) |
160 |
| 30 |
MCADD D09 |
CATIA + Solidworks (Foundation + Advanced) |
160 |
Diploma in 3D Modeling and Analysis |
| 31 |
MCADD D10 |
Pro/ENGINEER (Foundation + Advanced) + ANSYS |
160 |
| 32 |
MCADD D11 |
CATIA + ANSYS |
160 |
| 33 |
MCADD D12 |
Solidworks (Foundation + Advanced) + ANSYS |
160 |
Diploma in (Individual software products) |
| 34 |
MCADD D13 |
AutoCAD - 2D ( mechanical ) + AutoCAD - 3D ( mechanical ) |
120 |
| 35 |
MCADD D14 |
Pro/ENGINEER (Foundation + Advanced) + Pro/ENGINEER Mold Design |
104 |
| 36 |
MCADD D15 |
Pro/ENGINEER (Foundation + Advanced) + Pro/ENGINEER Mechanism |
96 |
| 37 |
MCADD D16 |
ANSYS + ANSYS - Vibrational |
120 |
Foundation program |
| 38 |
MCADD F02 |
AutoCAD - 2D ( mechanical ) |
80 |
| 39 |
MCADD F03 |
AutoCAD - 3D ( mechanical ) |
40 |
| 40 |
MCADD F01 |
CADian ( mechanical ) |
80 |
| 41 |
MCADD F06 |
CATIA |
80 |
| 42 |
MCADD F07 |
ANSYS |
80 |
| 43 |
MCADD F08 |
GD & T |
16 |
| 44 |
MCADD F05 |
Solidworks (Foundation + Advanced) |
80 |
| 45 |
MCADD F04 |
Pro/ENGINEER (Foundation + Advanced) |
80 |
| 46 |
MCADD F09 |
UG NX |
80 |
Advanced Add - On courses |
| 47 |
MCADD Spl01 |
Pro/ENGINEER Mold Design |
24 |
| 48 |
MCADD Spl02 |
Pro/ENGINEER Mechanism |
16 |
| 49 |
MCADD Spl03 |
ANSYS - Vibrational |
40 |
Others |
| 50 |
MCADD TPG01 |
AutoCAD - 2D ( mechanical ) + SolidWorks + CATIA + ANSYS + PPM Concepts + MSP ( mechanical ) + Pro/ENGINEER WF 4.0 + GD & T |
472 |
| 51 |
MCADD TF01 |
Pro/ENGINEER WF 4.0 |
80 |
| 52 |
MCADD TP01 |
ANSYS + MSP ( mechanical ) + Pro/ENGINEER WF 4.0 |
200 |
| 53 |
MCADD TF02 |
SolidWorks |
80 |
| 54 |
MCADD TD01 |
CATIA + Pro/ENGINEER WF 4.0 + SolidWorks |
240 |
| 55 |
MCADD TD02 |
CATIA + Pro/ENGINEER WF 4.0 + SolidWorks |
240 |
| 56 |
MCADD TPG02 |
Computer Aided Drafting + CATIA + ANSYS + PPM Concepts + MSP ( mechanical ) + GD & T + Pro/ENGINEER WF 4.0 + SolidWorks |
456 |
| 57 |
MCADD TMD01 |
AutoCAD - 2D ( mechanical ) + CATIA + ANSYS + PPM Concepts + MSP ( mechanical ) + Pro/ENGINEER WF 4.0 |
376 |
| 58 |
MCADD TP02 |
CATIA + ANSYS + Pro/ENGINEER WF 4.0 |
240 |
| 59 |
MCADD TMD02 |
AutoCAD - 2D ( mechanical ) + CATIA + ANSYS + PPM Concepts + Primavera + Pro/ENGINEER WF 4.0 |
376 |
| 60 |
MCADD TD03 |
CATIA + AutoCAD - 2D ( mechanical ) |
120 |
| 61 |
MCADD TD04 |
Pro/ENGINEER WF 4.0 + AutoCAD - 2D ( mechanical ) |
120 |
| 62 |
MCADD TD05 |
SolidWorks + AutoCAD - 2D ( mechanical ) |
120 |
| 63 |
MCADD TF03 |
CATIA |
40 |
| 64 |
MCADD TMD03 |
AutoCAD - 2D ( mechanical ) + ANSYS + PPM Concepts + MSP ( mechanical ) + Pro/ENGINEER WF 4.0 + SolidWorks |
376 |
| 65 |
MCADD TD06 |
AutoCAD - 2D ( mechanical ) + Pro/ENGINEER WF 4.0 |
160 |
| 66 |
MCADD TD07 |
AutoCAD - 2D ( mechanical ) + SolidWorks |
160 |
| 67 |
MCADD TD08 |
Pro/ENGINEER WF 4.0 + SolidWorks |
160 |
| 68 |
MCADD TP03 |
ANSYS + Pro/ENGINEER WF 4.0 + SolidWorks |
240 |
| 69 |
MCADD TD09 |
CATIA + Pro/ENGINEER WF 4.0 |
160 |
| 70 |
MCADD TP04 |
ANSYS + SolidWorks + AutoCAD - 2D ( mechanical ) |
200 |
| 71 |
MCADD TP05 |
AutoCAD - 2D ( mechanical ) + ANSYS + Pro/ENGINEER WF 4.0 |
240 |
| 72 |
MCADD TD10 |
ANSYS + Pro/ENGINEER WF 4.0 |
160 |
| 73 |
MCADD TMD04 |
AutoCAD - 2D ( mechanical ) + CATIA + ANSYS + PPM Concepts + MSP ( management ) + Pro/ENGINEER WF 4.0 + SolidWorks |
456 |
| 74 |
MCADD TSpl01 |
Pro/ENGINEER Advanced Assembly |
40 |
| 75 |
MCADD TP06 |
Pro/ENGINEER Mold Design + Pro/ENGINEER Mechanism + Pro/ENGINEER Advanced Assembly |
80 |
| 76 |
MCADD TMD05 |
AutoCAD - 2D ( mechanical ) + ANSYS + PPM Concepts + MSP ( electrical ) + Primavera + Pro/ENGINEER WF 4.0 + SolidWorks |
416 |
| 77 |
MCADD TMD06 |
AutoCAD - 2D ( mechanical ) + ANSYS + PPM Concepts + Primavera + Pro/ENGINEER WF 4.0 + SolidWorks |
376 |
| 78 |
MCADD TD11 |
AutoCAD - 2D ( mechanical ) + Pro/ENGINEER Mechanism + Pro/ENGINEER Advanced Assembly |
136 |
| 79 |
MCADD TMD07 |
AutoCAD - 2D ( mechanical ) + PPM Concepts + Primavera + Pro/ENGINEER WF 4.0 + SolidWorks |
296 |
| 80 |
MCADD TMD08 |
ANSYS + PPM Concepts + Primavera + Pro/ENGINEER WF 4.0 + SolidWorks |
296 |
| 81 |
MCADD TF04 |
Pro/ENGINEER WF 4.0 |
80 |
| 82 |
MCADD TP07 |
CATIA + ANSYS + SolidWorks |
240 |
| 83 |
MCADD TD12 |
CADian ( mechanical ) + Pro/ENGINEER WF 4.0 |
160 |
| 84 |
MCADD TP08 |
AutoCAD - 2D ( mechanical ) + ANSYS + Pro/ENGINEER WF 4.0 |
240 |
| 85 |
MCADD TMD09 |
AutoCAD - 2D ( mechanical ) + CATIA + ANSYS + PPM Concepts + Primavera + SolidWorks |
376 |
| 86 |
MCADD TD14 |
ANSYS + SolidWorks |
160 |
| 87 |
MCADD TMD10 |
AutoCAD - 2D ( mechanical ) + AutoCAD - 3D ( mechanical ) + CATIA + ANSYS + Pro/ENGINEER WF 4.0 + SolidWorks |
440 |
| 88 |
MCADD TP09 |
AutoCAD - 2D ( mechanical ) + AutoCAD - 3D ( mechanical ) + PPM Concepts + Primavera + Pro/ENGINEER WF 4.0 |
256 |
| 89 |
MCADD TP10 |
AutoCAD - 2D ( mechanical ) + AutoCAD - 3D ( mechanical ) + CATIA + Pro/ENGINEER WF 4.0 |
280 |
| 90 |
MCADD TMD11 |
AutoCAD - 2D ( mechanical ) + AutoCAD - 3D ( mechanical ) + ANSYS + PPM Concepts + MSP ( mechanical ) + Pro/ENGINEER WF 4.0 + SolidWorks |
416 |
| 91 |
MCADD TP11 |
AutoCAD - 2D ( mechanical ) + AutoCAD - 3D ( mechanical ) + Pro/ENGINEER WF 4.0 + SolidWorks |
280 |
| 92 |
MCADD TP12 |
CATIA + PPM Concepts + Primavera + Pro/ENGINEER WF 4.0 |
216 |
Course Description (AutoCAD)
 |
About 2D Software |
|
Explaining Graphical User Interface |
|
Drawing simple sketches (Line, Arc, Circle, Ellipse, Polygon etc.) |
|
Drawing settings |
|
Modifying entities |
|
Object selection methods |
|
Settings and modifying entity properties |
|
Creating and managing layers |
|
Adding Annotations and Dimension to your drawing |
|
Creating Text styles and Dimension styles |
|
Creating Construction lines and Semi-infinite lines |
|
Creating blocks and attributes |
|
Working with Tables |
|
Creating and viewing slides |
|
Slide library |
|
Running scripts |
|
Creating compound documents with OLE |
|
Electronic transmit |
|
Plotting your drawings |
|
Layout management |
|
Exporting object |
|
Project |
|
Course Description (AutoCAD - 3D)
| 3D modeling concepts in AutoCAD |
| Understand, use Viewpoint and UCS |
| Viewports |
| Create wireframe models |
| Surface models |
| Solid models |
| Shading the model |
| Slice the 3D model |
| Create Sectional view |
| Boolean operations |
| Editing Solid model |
| 3D Solid primitives |
| Lighting & Rendering techniques |
| Work with images |
| Import and Export |
|
Course Description (CADian)
|
About 2D Software |
|
Explaining Graphical User Interface |
|
Drawing simple sketches (Line, Arc, Circle, Ellipse, Polygon etc.) |
|
Drawing settings |
|
Modifying entities |
|
Object selection methods |
|
Settings and modifying entity properties |
|
Creating and managing layers |
|
Adding Annotations and Dimension to your drawing |
|
Creating Text styles and Dimension styles |
|
Creating Construction lines and Semi-infinite lines |
|
Creating blocks and attributes |
|
Working with Tables |
|
Creating and viewing slides |
|
Slide library |
|
Running scripts |
|
Creating compound documents with OLE & External references |
|
Electronic transmit |
|
Plotting your drawings |
|
Layout management |
|
Exporting object |
|
Programming using AutoLISP |
|
Project |
|
Course Description (Pro/ENGINEER Wildfire 4.0)
| | Learning the basic Pro/ENGINEER Design Process |
| | Understanding Pro/ENGINEER concepts |
| | Learning how to use the Pro/ENGINEER interface |
| | Selecting and editing items |
| | Sketching geometry and using tools |
| | Creating sketches for features |
| | Creating datum planes and datum axes |
| | Use advanced sketching techniques |
| | Creating extrudes, revolves, ribs, sweeps, and blends |
| | Utilizing internal sketches and embedded datums |
| | Creating holes, drafts, and shells |
| | Create advanced blends |
| | Creating rounds and chamfers |
| | Create advanced rounds and chamfers |
| | Grouping, copying, and mirroring items |
| | Creating patterns |
| | Create advanced patterns |
| | Advanced modeling |
| | Measuring and inspecting models |
| | Use relations and parameters |
| | Create family tables |
| | Reuse features |
| | Learn advanced copy techniques |
| | Assembling with constraints |
| | Exploding assemblies |
| | Creating drawing views |
| | Creating drawing details |
| | Using layers |
| | Investigating parent/child relationships |
| | Capturing and managing design intent |
| | Resolving failures and seeking help |
| | Comprehensive Design Project |
|
Course Description (Pro/ENGINEER Wildfire 4.0)
| Advanced Assembly Design Duration – 24 hours |
| | Top-down process |
| | Creating design frame works |
| | Creating and Using Flexible Components |
| | Restructuring and Mirroring Assemblies |
| | Using Assembly Features and Shrink wrap |
| | Replacing Components in an Assembly |
| | Understanding the Basics of Simplified Reps |
| | Creating Cross-Sections, Display Styles, and Combined Views |
| | Substituting Components By Rep, Envelope, and Model |
| | Understanding Advanced Simplified Rep Functionality |
| | Managing complex drawings |
| | Project |
| Sheet Metal design Duration – 16 hours |
| | Sheet Metal part construction philosophy |
| | Sheet Metal construction features |
| | Setting up Sheet Metal design environment |
| | Bend order |
| | Generating flat state model |
| | Sheet Metal drawings |
| | Converting solid Pro/Engineer to Sheet Metal parts |
| | Application of UDF’s in Sheet Metal design |
| | Sheet Metal information tools |
| Mold design Duration – 40 hours |
| | Basic about mold |
| | Plastic materials |
| | Type of molds |
| | Mold parts |
| | Feeding system |
| | Creating the reference model |
| | Understanding shrinkage |
| | Creating a work piece automatically |
| | Creating and assembling a work piece manually |
| | Reclassifying and removing mold model components |
| | Mold volume creation |
| | Parting line and parting surface creation |
| | Splitting mold volumes |
| | Mold component extraction |
| | Mold features creation |
| | Filling and opening the mold |
| | Project |
|
Course Description (Advanced SolidWorks)
| PDM |
| | Introduction to Project Data Management |
| | Check In/Check Out a document to a vault |
| | Document revision control |
| | Advantages/features of PDM |
| | Creating new user and group |
| | Accessing rights to users & groups |
| | Archive/Restore of a document |
| | Delete/Rollback of a document |
| | Attaching non SolidWorks document |
| | Bulk Check In |
| | Assigning Lifecycle status |
| | Standard libraries definition |
| Mold design |
| | Performing draft analysis |
| | Core and cavity creation |
| | Inserting additional cores |
| Weldment |
| | Inserting Structural members |
| | Inserting Weld bead |
| | Adding Gussets |
| | Trim/Extend a structural member |
| | Placing End caps |
| | Applying Staggered/ Intermittent Welding |
| | Listing Weldment Cut list in production documents |
| PhotoWorks |
| | About PhotoWorks Studio |
| | Knowing Scene Editor |
| | Applying Background/ Environment/Base |
| | Creating and editing of Lights |
| | Applying materials/decals |
| | Placing and editing Camera position |
|
Course Description (SOLID EDGE)
|
Solid Edge User interface |
|
Solid Edge environments |
|
Drawing profiles |
|
Geometric relationships |
|
Reference planes |
|
Primary features |
|
Special features |
|
Editing parts |
|
Family of parts |
|
Converting 2D to 3D |
|
Surface design |
|
Assembly design |
|
Top-down approach |
|
Bottom-up approach |
|
Exploded and cutaway views in assemblies |
|
Part painter |
|
Virtual studio |
|
Animation |
|
Drawing views |
|
Sheets and formats |
|
Detailing |
|
Adding dimensions |
|
Sheetmetal |
|
Advanced Sheetmetal |
|
Project |
|
Course Description (SOLID WORKS)
|
Introduction |
|
Sketcher |
|
Editing sketches |
|
Part modeling |
|
Reference geometry |
|
Placed features |
|
Advanced modeling tools |
|
Environment & Utilities |
|
Assembly & Surface modeling |
|
Drawing Views & Detailing |
|
Sheet Metal & Weldment |
|
Import / Export |
|
Animation and PhotoWorks |
|
Project |
|
Course Description (ANSYS)
|
Theory of FEA |
|
Exploring the GUI |
|
Graphics picking |
|
General analysis procedure |
|
Solid modeling |
|
Defining Work planes |
|
Coordinate Systems |
|
Importing geometry |
|
Defining element attributes |
|
Element types |
|
Generating mesh |
|
Free meshing |
|
Mapped meshing |
|
Defining material |
|
Defining loads and boundary conditions |
|
APDL basics |
|
Select logic |
|
Solvers |
|
Post processing |
|
Structural Static analysis |
|
Modal analysis |
|
Transient Dynamic analysis |
|
Nonlinear analysis-Material Nonlinearity |
|
Beam analysis |
|
Thermal analysis |
|
Coupled Field analysis |
|
Project |
|
Course Description (Vibration Analysis using ANSYS)
| | Introduction to Vibration |
| | Free Vibration |
| | Importance of Free Vibration in Design Consideration |
| | Governing Equation for Free Vibration |
| | Solving an example on Free Vibration using FEM |
| | Understanding the usage of Command Mode in ANSYS |
| | Understanding the problem and creating a Representative Finite Element Model |
| | General Analysis Procedure |
| | Interpret the results |
| | Project |
|
Course Description (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 |
|
Time Management |
|
Cost Management |
|
Scope Management |
|
Quality Management |
|
Risk Management |
|
Human Resource Management |
|
Procurement Management |
|
Integration Management |
|
Communication Management |
|
Course Description (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 |
|
Project |
|
Course Description (PRIMAVERA 6)
|
Calendars – defining hourly, daily, weekly calendar |
|
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 |
|
Using Methodology Management |
|
Project |
|
Course Description (PRIMAVERA 3.1)
|
Calendars – defining hourly, daily, weekly and monthly calendar |
|
Activities – Definition, sequencing & Estimating duration |
|
Effectively using the four types of PDM relationship |
|
Scheduling the project |
|
Using PERT chart |
|
Defining constraints & overcoming conflicts |
|
Defining & Assigning activity codes |
|
Defining & assigning WBS codes |
|
How to organize the activities by using activity Codes & WBS codes |
|
Reorganizing Activities |
|
Filtering Activities |
|
Defining Project Codes |
|
Preparing resource information |
|
How to apply resource to each activity |
|
Estimating the cost of the project & creating Cost account numbers |
|
How to analyse the resource by using Resource Profile & Resource Table |
|
How to do resource leveling |
|
Scheduling Multiple projects & preparing a master project |
|
Updating the project progress & comparing the Actual progress with the baseline |
|
Analysing Earned Value Management |
|
Preparing different types of tabular & graphical reports according to the industrial needs. |
|
How to prepare 'S' curve |
|
Highlighting the Progress in the Bar chart |
|
Application of Global Change |
|
Project |
|
Course Description (MY PRIMAVERA)
|
Creating a project |
|
Editing the Project Details |
|
Creating a Work Breakdown Structure |
|
Adding Activities |
|
Creating Relationships |
|
Scheduling |
|
Assigning Constraints |
|
Optimizing the Project Schedule |
|
Assigning Resources |
|
Project Workspace |
|
Analyzing Resources and Costs |
|
Baselining the Project |
|
Analyzing the updated Project |
|
Reporting |
|
Dashboards |
|
Portfolios and Portfolio Analysis |
|
Course Description ( Foundation course in GD&T )
|
Explain the benefits of GD&T |
|
Evaluate tolerances for size, form, orientation, and location |
|
Interpret feature control frames for each GD&T symbol |
|
Determine correct datum usage and how it affects manufacturing and inspection |
|
Calculate "bonus" tolerance for MMC and LMC |
|
Apply geometric tolerances to drawings |
|
Determine the virtual condition to ensure assembly |
|
Explain "composite" tolerancing for position and profile |
|
|
