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Students will learn
• how to create simple parts, assemblies and drawings.
• how to use different feature-based tools to build, review and modify a model.
• how to create and analyze assemblies and how to produce a drawing with different views.
• learn how to dimension the drawing and annotate the views.
• Students will be able to use CATIA for creation of 3D models, Assembly Designs and Drawings
Module I: Sketcher - Creating Profiles (3hrs)
PLM Objects, Sketch Support, Simple elements, constraining sketches, simple and complex profiles, transforming sketches, saving documents
Practice-1 : Hands on Session on Sketcher Workbench
Module II: Part Design -Creating Basic Features (6hrs)
Extruded Features, revolved features, holes, threads, taps, drafts, fillets, chamfers, shelling and stiffeners, relational dimensions,
Practice-2 : Hands on Session on Sketch Based Features & Dress Up Features
Practice-3: Hands on Session on Transformation Features
Module III: Reviewing & Modifying (3hrs)
Measuring the model, re using the data, editing features
Practice-4: Hands on Session on Measuring Tools & Editing Features
Module IV: Finalizing Design (6hrs)
Adding parameters, reusing features, rendering, weight calculation,
Practice-5: Hands on Session on Parametric Design
Practice-6: Hands on Session on Rendering, Material Addition
Module V: Creating & Managing Products (6hrs)
Positioning Components, constraining Components, Analyzing weight distribution, replacing and revising parts
Practice-7: Hands on Session on Assembly Design
Practice-8 : Hands on Session on Digital Mock Up
Module VI: Creating Drawings (6hrs)
Creating Drawing, Modifying, dimensioning, Annotations, Finalizing & Printing
Practice-9 : Hands on Session on Drawing Conventions
Practice-10: Hands on Session on Creating Drawings
Module VII: Master Exercise (6 hrs)
Heat Sink , PC Card Slide
Practice-11 : Modeling of Heat Sink
Practice-12: Modeling and Assembly of PC card Slide
Text Books/ Reference Books/ Reference Material
1. Mechanical Design Fundamentals : Dassault Systemes Companion Learning Space Material
1. Create Engine Mount Using Feature Based Modeling
2. Review and Correct Part
3. Include Parameters to drive Design
4. Engine Assembly
5. Engine Assembly Drawing
What is Design
What is CAD
Introduction to 3D Experience
Demonstration on Sketcher Workbench
Exercises on Sketcher from DS Peer Learning Platform
Web Links:
https://youtu.be/n7ULeWyBN8w
https://youtu.be/JPeWv94x_dQ
https://youtu.be/VZ9bSBA5aoE
https://youtu.be/2-L4TTwWs7Y
Demonstration on Rendering
Demonstration on Material Creation
Demonstration on Assigning Material
Hands on Session on Rendering & Material Addition
Web Links:
https://youtu.be/j8rZescOtjg
https://youtu.be/OJ0sLdJOpGo
https://youtu.be/qoekC1A2XiI
Demonstration on Parametric Design
Exercises from DS Peer Learning Platform
Web Links:
Demonstration on Advanced Part design
Use of Measuring & Reviewing Tools
Exercises from DS Peer Learning Platform
Web Links:
Demonstration on Dress up & Transformation Features
Exercises from DS Peer Learning Platform
Web Links:
Demonstration on Sketch based Features
Exercises from DS Peer Learning Platform
Web Links:
https://youtu.be/CQWjb91_vKg
Demonstration on Assembly Design
Exercises from DS Peer Learning Platform
Web Links:
Demonstration on Digital Mock Up
Exercises from DS Peer Learning Platform
Web Links:
Demonstration on Creating a Drafting
Exercises from DS Peer Learning Platform
Web Links:
Modeling of Heat Sink (Source: DS Peer Learning Platform)
- Model must be made of Aluminium
- Dark Yellow Rendering
Modeling of Heat Sink (Source: DS Peer Learning Platform)
- Overall Width and Length must be Equal
- Model must Include Standard Catalog Features
- Hole Diameter must be checked using Rule Set
Assembly of PC-Card Slide (Source : DS Peer Learning Platform)
- Insert PLM Objects
- Assign Component Properties
- Re-Order Structure
- Loading & Unloading objects from Session
- Copying & Pasting Components
Assembly of PC-Card Slide (Source : DS Peer Learning Platform)
- Accessing Design Data
- Opening Objects Independently
- Selective Loading
- Create Product
Associate Professor, Mechanical Engineering […]