Acquire fundamentals and knowledge in order to use different CAD Systems according to the drawing, design or project to produce

1. Jordi Torner
Department of Engineering Design

2.  Objectives
Acquire fundamentals and knowledge
in order to use different CAD Systems
according to the drawing, design
or project to produce .

3. Contents
1: Giving a general knowledge of features and characteristics in CAD
systems.
2: Getting knowledge on how to use 2D layer CAD systems.
3: Using tools on CAD software: Drawings. Animation. Simulation. Analysis.
Assembly Visualization. Configurations. Exploded assemblies.
4: Introducing concepts on Advanced Surface Modeling ( Bezier. B-Spline i
NURBS).
5: Algorithmic parametric modeling / Computational Design & Methods
5: Using visualization and rendering solutions.
6: Working with communication between software. Importing/exporting files.

4. Specific contents
1: Advanced Digital Surface Modeling ( Bezier. B-Spline, NURBS).
– Modelling strategies (Curve network, blend, loft, rail revolve, sweep…).
– Absolute, relative & polar coordinates
– Editing objects (move, copy, trim, array, offset, scale, chamfer, fillet, mirror, join, explode….)
– Reverse engineering
– Curve Degrees
– Continuity between surfaces.
– Advanced modelling tools.
– Algorithmic parametric modeling / Computational Design & Methods
– Plugins (Grasshopper, VRay …)
– ….
2: Using 2D layer CAD systems.
– Basic CAD Drawing Techniques
– Layers and Linetypes
– Working with Entity Points and Object Snaps
– Annotating a Drawing with Text and Hatching
– Basic Editing Skills (Deleting, Moving, Copying, and Offsetting,Rotating, Mirroring, Scaling
Objects)
– Editing Edges and Corners of Objects
– Producing Arrays of Objects (ARRAY)
– Modifying Object Characteristics
– Creating Blocks
– Dimensioning a Drawing (Linear , Radial, Angular Dimensioning )
– ….

5. Specific contents
3: Reviewing 3D parametric modeling software.
– Design cases
– Features: sweep, loft, patterns, revolve, fillets,
– Sketch picture feature
– Drawings.
– Animation.
– Surfaces
– Simulation. Analysis.
– Assembly Visualization.
– Configurations.
– Exploded assemblies.
– CSWA
– ….
5: Visualization and rendering solutions.
6: Communication. Importing/exporting files.
7: 3D printing
- Solidworks Print 3D
- G-code repetier.com http://www.repetier.com/tutorials/
https://www.youtube.com/watch?v=4xJzIfZAiyc#t=39

6.  Rhinoceros
 AutoCAD
 SolidWorks

7.  Rhinoceros
Advanced Surface Modeling- NURBS
Editing objects
Modeling tools
Comm Rhino vs Solidworks

8.  AutoCAD
2D design
Commands & Tools
Dim, layouts
Introduction to 3D Modeling

9.  SolidWorks
Summary (Parts, Assemblies & Drawings)
Case based design
Advanced tools
Surfaces
Simulation
Animator
PhotoView 360

13. Exercises (design case studies) 20 %
Exam Rhino 20 %
Exam Autocad 10 %
Final Project 45 % (5% language competence)
CSWA -

14. https://store5.esellerate.net/store/checkout/Custom
Layout.aspx?s=STR6391639620&pc=&page=OnePage
Catalog.htm

15.  New product design
complete process of bringing a new product to market foram the CAD point of view
0- Idea Screening / research (brainstorming)
Understand and observe the market, the client, the technology, and the limitations of the problem;
Synthesize the information collected at the first step; Finally test the concept with users/customers
Definition of basic functions of the product
1- Solution design -> Preliminary sketches
2- 3D modeling / Rendering
3- Kinematic System Analysis
4- Analysis: Validation (FEA) / Technical Feasibility / Materials / Environmental impact
According to performance and aesthetic requirements
Evaluate and improve the concept
3D Printing, Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), Computer Aided Manufacture (CAM)
Sustainability Xpress
5- Prototype development / 3D printing /Packaging
6- Technical Documentation and Releases
Operating manual (usage, maintenance, presentation)

16. 0. Idea Screening / research (brainstorming)
Understand and observe the market, the client, the technology, and the limitations
of the problem.
Synthesize the information collected at the first step.
Finally test the concept with users/customers.

17. 1- Solution design -> Preliminary sketches

18. 3- Kinematic System Analysis

19. 4. Analysis: Validation (FEA) / Technical Feasibility / Materials /
Environmental impact
According to performance and aesthetic requirements
Evaluate and improve the concept
3D Printing, Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), Computer Aided Manufacture
(CAM) , Sustainability Xpress

20. 5- Prototype development / 3D printing /Packaging

21. 6- Technical Documentation and Releases
Operating manual (usage, maintenance, presentation)

22.  Product design
Surface modelling
Render
Animation
Presentation

23.  Industrial design
Surface modelling
Render
Videos
Presentation

24.  Technical
documentation

25.  Technical
documentation

26.  Usage manual

27.  Usage manual

28.  Usage manual

29.  Operating manual
 Instruction manual

30.  Simulation

33.  3D printing

35. Audi TT design