COURSE - MECHANICAL CADD
MECHANICAL CADDStudents Deliverables


COURSE STRUCTURE
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

Payment Details:-
Installment Payment Options available


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
Duration: 80 hrs TOP


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
Duration: 40 hrs TOP




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
Duration:80 hrs TOP

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
Duration: 80 hrs TOP


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
TOP


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
Duration: 40 hrs TOP


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
Duration:80 hrs TOP

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
Duration:80 hrs TOP

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
Duration:80 hrs TOP

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
Duration: 40 hrs TOP

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
Duration: 16 hrs TOP


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
Duration:40 hrs TOP

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
Duration:40 hrs TOP

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
Duration:40 hrs TOP

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
Duration: 16 hrs TOP

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
Duration: 16 hrs TOP


  COURSES
Electrical CADD
Electronic CADD
Civil CADD
Mechanical CADD
Project Management
Architectural CADD
3D Visualization for Engineers
 
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