SONGWE, Neville Jr.; ANDRISANI, Carmen. An Industrial Design Guide Vol. 01: Understanding the Science of Product Design. Creative Design Books, 2022.
WHITLOCK, Marcus A. Autodesk Fusion for Beginners: Learn CAD by Fixing What Breaks — Sketches, Components, Joints, and 3D-Print-Ready Parts, Explained in Plain English.
TICKOO, Sham; CADCIM Technologies. Autodesk Fusion 360 with Videos: A Tutorial Approach. 7th ed. CADCIM Technologies. ISBN 978-1-64057-357-4 .
CAD – Industrial Design
| Type of study | Bachelor |
|---|---|
| Language of instruction | Czech |
| Code | 340-0442/01 |
| Abbreviation | CPD |
| Course title | CAD – Industrial Design |
| Credits | 3 |
| Coordinating department | Department of Machine and Industrial Design |
| Course coordinator | Ing. Štěpán Pravda, Ph.D. |
Subject syllabus
1. Introduction to the course, course completion requirements, history and development of CAD systems, basic CAD/CAM/CAE concepts, installation of Autodesk Fusion.
2. Autodesk Fusion – user interface, application settings, project management, navigation in the workspace, fundamentals of parametric modelling, and creation of 2D sketches.
3. Parametric modelling – geometric and dimensional constraints in sketches, creation of solid models using Extrude.
4. Parametric modelling – creation of revolved solids (Revolve), shells (Shell), fillets and chamfers, and working with user parameters.
5. Reference geometry – creation and use of construction planes; modelling by sweeping a profile along a path (Sweep).
6. Advanced parametric modelling – creation of more complex solid models, use of construction geometry, and combination of basic modelling operations.
7. Assemblies in Autodesk Fusion – components, assembly structure, Top-Down and Bottom-Up approaches, joints between components, and hybrid assemblies.
8. Creation of assemblies from existing and imported components, working with various CAD file formats, assembly completion, and functionality verification.
9. Surface modelling – Surface workspace, creation and modification of surfaces, and application of surface modelling in the design of products with complex shapes.
10. Freeform modelling – Form workspace, principles of T-Spline modelling, creation and modification of organic shapes, and use of reference images (Canvas).
11. Practical application of freeform modelling – design of complex product shapes and integration of parametric, surface, and freeform modelling techniques.
12. Creation of technical drawing documentation – views, sections, dimensioning, technical symbols, and creation of part and assembly drawings.
13. Comprehensive work in Autodesk Fusion – completion of the semester project, verification of the 3D model, assembly, and technical drawing documentation, consultations, and preparation for the project defence.
2. Autodesk Fusion – user interface, application settings, project management, navigation in the workspace, fundamentals of parametric modelling, and creation of 2D sketches.
3. Parametric modelling – geometric and dimensional constraints in sketches, creation of solid models using Extrude.
4. Parametric modelling – creation of revolved solids (Revolve), shells (Shell), fillets and chamfers, and working with user parameters.
5. Reference geometry – creation and use of construction planes; modelling by sweeping a profile along a path (Sweep).
6. Advanced parametric modelling – creation of more complex solid models, use of construction geometry, and combination of basic modelling operations.
7. Assemblies in Autodesk Fusion – components, assembly structure, Top-Down and Bottom-Up approaches, joints between components, and hybrid assemblies.
8. Creation of assemblies from existing and imported components, working with various CAD file formats, assembly completion, and functionality verification.
9. Surface modelling – Surface workspace, creation and modification of surfaces, and application of surface modelling in the design of products with complex shapes.
10. Freeform modelling – Form workspace, principles of T-Spline modelling, creation and modification of organic shapes, and use of reference images (Canvas).
11. Practical application of freeform modelling – design of complex product shapes and integration of parametric, surface, and freeform modelling techniques.
12. Creation of technical drawing documentation – views, sections, dimensioning, technical symbols, and creation of part and assembly drawings.
13. Comprehensive work in Autodesk Fusion – completion of the semester project, verification of the 3D model, assembly, and technical drawing documentation, consultations, and preparation for the project defence.