BENEFITS OF WORKSHOP

 Authorized Certification to all participants

 Assistance to students by Industry Experts

 Reduces the errors in design and drawing process

 Receive an unparalleled education with personal one-on-one attention.

 Learn to design FSAE/ BAJA car

 Achieve Innovative, reliable and high-quality designs and results

 A seamless working exchange of data, regardless of location, industry, CAD environment, etc.

 Can easily use this experience to develop good B.Tech/ M.Tech projects.

 Exposure will eventually assist to face interviews with confidence.

 Kits and study materials designed by professionals.

 Assistance in projects from Technoledge team

COURSE SYLLABUS

 SolidWorks Basics and the User Interface

 What is the SolidWorks Software

 Design Intent

 File References

 Opening Files

 The SolidWorks User Interface

 Introduction to Sketching

 2D Sketching

 Stages in the Process

 Saving Files

 What are We Going to Sketch?

 Sketching

 Sketch Entities

 Basic Sketching

 Rules That Govern Sketches

 Design Intent

 Sketch Relations

 Dimensions

 Extrude

 Sketching Guidelines

 Basic Part Modeling

 Basic Modeling

 Terminology

 Choosing the Best Profile

 Choosing the Sketch Plane

 Details of the Part

 Boss Feature

 Sketching on a Planar Face

 Cut Feature

 Using the Hole Wizard

 View Options

 Filleting

 Detailing Basics

 Drawing Views

 Center Marks

 Dimensioning

 Changing Parameters

 Modeling a Casting or Forging

 Design Intent

 Boss Feature with Draft

 Symmetry in the Sketch

 Sketching Inside the Model

 View Options

 Using Model Edges in a Sketch

 Creating Trimmed Sketch Geometry

 Using Copy and Paste

 Patterning

 Reference Geometry

 Linear Pattern

 Circular Patterns

 Mirror Patterns

 Using Pattern Seed Only

 Sketch Driven Patterns

 Revolved Features

 Design Intent

 Revolved Features

 Building the Rim

 Building the Spoke

 Edit Material

 Mass Properties

 File Properties

 Shelling and Ribs

 Shelling and Ribs

 Analyzing and Adding Draft

 Other Options for Draft

 Shelling

 Ribs

 Full Round Fillets

 Thin Features

 Editing: Design Changes

 Part Editing

 Design Changes

 Information From a Model

 Rebuilding Tools

 Sketch Contours

 Editing with Instant 3D

 Configurations

 Configurations

 Using Configurations

 Creating Configurations

 Link Values

 Equations

 Configure Dimension / Feature

 Modeling Strategies for Configurations

 Editing Parts that Have Configurations

 Using Drawings

 More About Making Drawings

 Section View

 Model Views

 Broken View

 Detail Views

 Drawing Sheets and Sheet Formats

 Projected Views

 Annotations

 Assembly Modeling

 Creating a New Assembly

 Position of the First Component

 Feature Manager Design Tree and Symbols

 Using Part Configurations in Assemblies

 Sub-assemblies

 Inserting Sub-assemblies

 Pack and Go

 Screw Jack modeling and assembly.

 Crane hook modeling and assembly.

 Eccentric Assembly.

 Shock Absorber Assembly

 Using Assemblies

 Using Assemblies

 Analyzing the Assembly

 Checking for Clearances

 Changing the Values of Dimensions

 Exploded Assemblies

 Explode Line Sketch

 Bill of Materials

 Assembly Drawings

 Kinematics and simulation

 Basic procedure for kinematic simulation.

 Introduction to D.O.F and joints.

 Mechanism and fixed part.

 Designing of space design S.A.E type Space design vehicle

 Doubt Clearing Class

COURSE SYLLABUS

 SolidWorks Basics and the User Interface

 What is the SolidWorks Software

 Design Intent

 File References

 Opening Files

 The SolidWorks User Interface

 Introduction to Sketching

 2D Sketching

 Stages in the Process

 Saving Files

 What are We Going to Sketch?

 Sketching

 Sketch Entities

 Basic Sketching

 Rules That Govern Sketches

 Design Intent

 Sketch Relations

 Dimensions

 Extrude

 Sketching Guidelines

 Basic Part Modeling

 Basic Modeling

 Terminology

 Choosing the Best Profile

 Choosing the Sketch Plane

 Details of the Part

 Boss Feature

 Sketching on a Planar Face

 Cut Feature

 Using the Hole Wizard

 View Options

 Filleting

 Detailing Basics

 Drawing Views

 Center Marks

 Dimensioning

 Changing Parameters

 Modeling a Casting or Forging

 Case Study: Ratchet

 Design Intent

 Boss Feature with Draft

 Symmetry in the Sketch

 Sketching Inside the Model

 View Options

 Using Model Edges in a Sketch

 Creating Trimmed Sketch Geometry

 Using Copy and Paste

 Patterning

 Why Use Patterns?

 Reference Geometry

 Linear Pattern

 Circular Patterns

 Mirror Patterns

 Using Pattern Seed Only

 Sketch Driven Patterns

 Revolved Features

 Case Study: Handwheel

 Design Intent

 Revolved Features

 Building the Rim

 Building the Spoke

 Edit Material

 Mass Properties

 File Properties

 SolidWorks SimulationXpress

 Using SolidWorks SimulationXpress

 The SimulationXpress Interface

 Shelling and Ribs

 Shelling and Ribs

 Analyzing and Adding Draft

 Other Options for Draft

 Shelling

 Ribs

 Full Round Fillets

 Thin Features

 Editing: Repairs

 Part Editing

 Editing Topics

 Sketch Issues

 FilletXpert

 DraftXpert

 Editing: Design Changes

 Part Editing

 Design Changes

 Information From a Model

 Rebuilding Tools

 Sketch Contours

 Editing with Instant 3D

 Configurations

 Configurations

 Using Configurations

 Creating Configurations

 Link Values

 Equations

 Configure Dimension / Feature

 Modeling Strategies for Configurations

 Editing Parts that Have Configurations

 Using Drawings

 More About Making Drawings

 Section View

 Model Views

 Broken View

 Detail Views

 Drawing Sheets and Sheet Formats

 Projected Views

 Annotations

 Bottom-Up Assembly Modeling

 Bottom-Up Assembly

 Creating a New Assembly

 Position of the First Component

 FeatureManager Design Tree and Symbols

 Using Part Configurations in Assemblies

 Sub-assemblies

 Inserting Sub-assemblies

 Pack and Go

 Using Assemblies

 Using Assemblies

 Analyzing the Assembly

 Checking for Clearances

 Changing the Values of Dimensions

 Exploded Assemblies

 Explode Line Sketch

 Bill of Materials

 Assembly Drawings

 Assembly

 Wheel Assembly.

 Screw Jack modeling and assembly.

 Crane hook modeling and assembly.

 Eccentric Assembly.

 Rams bottom Assembly.

 Shock Absorber Assembly

 Kinematics and simulation

 Basic procedure for kinematic simulation.

 Introduction to D.O.F and joints.

 Mechanism and fixed part.

 Kinematics of Diffrential

 Kinematics of Spur gears

 Assembly Drawing Views

 Assembly Drawing Views

 Creating Views of Assemblies

 Bill of Materials and Tables

 Creating and Managing a Bill of Materials

 The Bill of Materials

 Understanding Surfaces

 Solids and Surfaces

 Working with Surface Bodies

 Why Use Surfaces?

 Continuity Explained

 Workflow with Surfaces

 Sheet Metal Designing

 Designing of Industrial components in Sheet Metal.

 Generative sheet metal design.

 Cutting And  Stamping

 Electronics components

 Creating a Bead Stamp

 Creating a Flange Cut Out Stamp

 Creating a Louver Stamp and

 Creating a Bridge Stamp

 Creating a Flanged Hole Stamp

 Circular Stamp and Dowel Stamp

 Creating a Stiffening Rib Stamp

 Automobile components designing

 Design of Crank and Crankshaft

 Design of Piston and cylinder block

 Design of Universal Coupling

 Design of Axles

 Design of Plate Springs

 Design of Spider gears

 Design of Disc Brakes

 Design of Shock absorber/ Dampers

 Design of Steering systems

 Design of wheel assembly

 Cast and Machine Design Strategy

 Designing of space design S.A.E type Space design vehicle (Baja or F.S.A.E whichever is desired)

 Aerospace Designs

 Introduction to FEA

 Solve Finite Element Mode

 Analyze Result

 Errors in FEA

 Finite Elements

 Calculations in FEA

 Interpretation of FEA Results

 Units of Measurement

 The Analysis Process

 The Analysis Process

 Case Study: Stress in a Plate

 SolidWorks Simulation Options

 Preprocessing

 Meshing

 Postprocessing

 Multiple Studies

 Reports

 Mesh Controls, Stress Concentrations and Boundary

 Conditions

 Mesh Control

 Case Study: The L Bracket

 Project Description

 Case Study: Analysis of Bracket with a Fillet

 Case Study: Analysis of a Welded

 Bracket Understanding the Effect of Boundary Conditions

KITS

 1x DVD

 Data sheets

 Ppts

 Softwares

 Tutorials User Manual

 1x Text Book

 Certification

 Projects

 

 

  

REQUIREMENTS FROM THE COLLEGE

1. Laser Pen

2. White/Black Board

3. Seminar Hall Equipped With Computer and Projector

4. Audio MIC

5. One Personal Laptop to students

6. System Requirements :-

 Operating system : Windows Vista SP2/Windows 78 (Both 32 and 64 bit)/Windows (8 (Both 32 and 64    bit), Windows 10 8 (Both 32 and 64 bit)

 Processor : 2Ghz or better

 Ram: Min 2GB

 DVD Rom or pen drive slots

  ELIGIBILITY

o Engineering students from Mechanical, Industrial Production, Mechatronics, Aeronautics, Automobile and Robotics Department can join.

o Education Faculty & Staff members from core branch.

o Diploma Students mechanical and automobile department can attend the workshop.

o Individuals with innovative vision and research in the design and analysis

o CAD Engineers who want to develop products with ease

o Entrepreneurs and Individuals from consultancy