Mechanical CADD

Course Structure

Course Description (AutoCAD)

• Introduction to CAD Industry
• Drawing Settings
• Orthographic Drawings
• Isometric Drawings
• Perspective Drawings
• Editing the drawings
• Annotations and Dimensions
• Layer management
• Project Planning and Management: An Overview
• Selection Methods
• Creating and Updating Repeated Elements
• Parametric Drawings
• Preparing Joinery Details *BOM
• Presenting the Project
• Working with a team
• Layout Management
• Scale setting and Plotting
• Import and Export

Course Description (Pro/ENGINEER) Duration: 80 hrs

• 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

Course Description (PPM Concepts(Pro/ENGINEER) Duration: 80 hrs

• 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

Course Description (Microsoft Office Project) Duration: 24 hrs

• 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

Course Description (Primavera) Duration: 40 hrs

• 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

Course Description (Unigraphics NX) Duration: 40 hrs

• 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
• 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

Course Description (Unigraphics NX CAM) Duration: 80 hrs

• 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

Course Description (GD&T) Duration: 40 hrs

• Dimensions and Drawings
• Tolerance dimensioning
• MWays 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