Syllabus of CAD Tools in Mechanical Engineering-Softpro India

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Syllabus of CAD Tools in Mechanical Engineering

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Course Curriculum

S.No	Contents
1.	GETTING STARTED WITH AUTOCAD Starting AutoCAD Drawing Area Command Window Status Bar Starting New Drawing Dynamic Input Mode Creating And Managing Workspace Coordinate Systems Using Object Snaps Using Polar Tracking And Polar Snap Using Object Snap Tracking Working With Units
2.	DRAWING & MODIFYING OBJECTS Drawing Lines & Circles Erasing Object Cancelling & Undoing A Command Inputting Data Creating Basic Objects Selecting Objects In The Drawing Changing An Object's Position Creating New Objects from Existing Objects Changing The Angle of An Object's Position Creating A Mirror Image of Existing Objects Creating Object Patterns Changing An Object's Size Trimming And Extending Objects To Defined Boundaries Creating Parallel and Offset Geometry Joining Objects Applying A Radius Corner to Two Objects Creating An Angled Corner Between Two Objects Changing Part Of An Object's Shape
3.	PROPERTIES & LAYERS TOOLS Using Layers Changing Object’s Properties Matching Object’s Properties Using The Properties Palette Using Line types Using Inquiry Commands
4.	DIMENSIONING AND ANNOTATIONS Introduction To Annotation Scaling Controlling Annotation Scale Using Multileader Dimensioning Creating Center Marks Creating Ordinate Dimensions Creating Geometric Dimensions And Tolerances Working With Dimensions Creating Simple & Multiline Text Editing Text Changing Text Style Inserting Tables Modifying Tables
5.	BLOCK AND ISOMETRIC DRAWINGS Defining Blocks, Inserting Blocks Redefining Blocks, Editing Blocks Changing The Workspace for Isometric Drawings Rules of Isometric Drawings Working In Isometric Drawings Isometric Projections, Isometric Axes & Planes Setting The Isometric Grid & Snap.
6.	INTRODUCTION TO AutoCAD- 3D Introduction to 3D Modelling Creating and managing the Workspace Navigating in Working Environment Types of 3D Models Working In 3D 3D Coordinate System Modifying Visual Styles of Solid Inputting Data Introduction to Free-Form Designs Creating Wireframes & Surface Designs Creating 3D-Volumetric Designs Working with Pre-defined Solid Primitives Manipulating/Modifying 3D Profiles & Models Filleting & Chamfering Solid models Use of Productivity Tools
7.	SOLIDWORKS Basics and the User Interface What is the SOLIDWORKS Software? Design Intent The SOLIDWORKS User Interface Welcome Dialog Box Pull-down Menus Using the Command Manager Adding and Removing Command Manager Tabs Feature Manager Design Tree Property Manager Mouse Buttons Keyboard Shortcuts
8.	Introduction to Sketching 2D Sketching Stages in the Process Saving Files Save Save As Save As Copy to Disk Save As Copy and Open What are We Going to Sketch? Sketching Default Planes Sketch Entities Sketch Geometry Basic Sketching The Mechanics of Sketching Inference Lines (Automatic Relations) Sketch Feedback Status of a Sketch Rules That Govern Sketches Design Intent What Controls Design Intent? Desired Design Intent Sketch Relations Automatic Sketch Relations Added Sketch Relations Examples of Sketch Relations Selecting Multiple Objects Dimensions Dimensioning: Selection and Preview Angular Dimensions Instant 2D Extrude
9.	Part Modeling Basic Modeling Stages in the Process Terminology Feature Plane Extrusion Sketch Boss Cut Fillets and Rounds Standard Views Main Bosses Best Profile Filleting Filleting Rules Editing Tools Editing a Sketch Selecting Multiple Objects Editing Features Fillet Propagation Rollback Bar Detailing Basics Command Manager Tabs New Drawing Drawing Views Tangent Edges Moving Views Center Marks Dimensioning
10.	Introduction to Sweeping Sweeping Sweep Requirements Faux Raised Panel Door Sweep with Guide Curves Bottle Body Pierce Relation Showing Intermediate Sections Multi-thickness Shell The SelectionManager Hanger Bracket Exercise : Oval Foot Drawer Pull Symmetrical Splines Exercise : Tire Iron Circular Profile Sweep Dome Feature
11.	Introduction to Loft and Boundary Features Comparing Complex Features How Lofting and Boundary Work Defroster Vent Loft Feature Preparation of the Profiles Merge Tangent Faces Start and End Constraints Boundary Feature Boundary with Surfaces Selection Manager in Loft and Boundary Lofted Merge Reusing Sketches Copying a Sketch Modify Sketch Derived Sketches Boundary Preview Options Sketch Block and Library Feature Profiles
12.	Assembly Modelling Advanced Mate Techniques SOLIDWORKS Assemblies Assembly File Structure Feature Manager Design Tree Opening Assemblies File References File Reference Example File Names Solving Mates Subassembly Mates Find References Update Holders Advanced Mate Techniques Mate Shortcuts SmartMate while Adding Components SmartMate Cursor Feedback SmartMates from Within the Assembly Mate References Design Library Parts Capture Mate References Multiple Selection Mate References Multiple Mate Mode Width Free Mate Driven Mates Using Misaligned Mates Misalignment Types Copying Multiple Components Differences in Mating Copy With Mates Using Copy with Mates Copy with Mate Options Investigating the Mates Fixed Components Inserting and Mating Components Adding Components Copying Components Inserting and Mating Simultaneously Mating Existing Components Selection Aids Advanced Mate Features Lock Rotation The Belt / Chain Assembly Feature Slot Mate Constraints Profile Center Mate Valid Faces for Profile Center Rack Pinion Mate

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Er. Akhil Srivastava

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Experience 8+ Years
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Training Duration

30 Hours