In the digital age, the 3D design and printing has become a a booming sector, transforming industries ranging from the from architecture to medicine. With our 3D Design and Printing Course, you’ll immerse yourself in the the fascinating world of additive manufacturing, acquiring key skills that you will position them at the forefront of technological innovation. You’ll learn from the the basics of 3D printing and the printer architecture, up to the design and modelling of three-dimensional elements using tools such as Tinkercad. You’ll also explore emerging technologies, innovative materials y 3D scanning techniques, which will enable you to turning ideas into tangible realities. This online course offers you the flexibility and depth what you need to to master the entire 3D design and printing process, from the from initial conception to the final finish, getting ready for a a constantly evolving labour market that is looking for forward-thinking professionals.
3D Design and Printing
Science and Technology
40 hours
Introduction
Objectives
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Understanding the concept and its development of the 3D printing in various fields.
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Identify the components and how they work of a 3D printer.
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Learning about the different materials and their applications in 3D printing.
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Designing and modelling three-dimensional objects using Tinkercad.
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Exploring 3D printing technologies and his historical development.
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Perform a 3D scan and get to know their practical applications.
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Editing and repairing 3D meshes for ensure the quality of the model.
Table of Contents
TEACHING UNIT 1. INTRODUCTION TO 3D PRINTING
The concept of 3D printing
The origins, development and current state of 3D printing
Applications of 3D printing
The evolution of 3D printing
TEACHING UNIT 2. THE ARCHITECTURE OF 3D PRINTERS
Components of a 3D printer
Build your own 3D printer
TEACHING UNIT 3. 3D PRINTING TECHNOLOGIES
Introduction
The evolution of printing technologies
TEACHING UNIT 4. MATERIALS
3D printing materials
3D materials: types and uses
TEACHING UNIT 5. DESIGN AND MODELLING OF 3D ELEMENTS
Computer-aided design concept
A Brief History of the CAD
Introduction of CAD to the market
Basic modelling tools
Programmes for beginners in 3D modelling
3D design with Tinkercad
TEACHING UNIT 6. 3D SCANNING
Scanner
Scanning process
Applications of 3D scanning
TEACHING UNIT 7. EDITING AND REPAIRING MESHES
Tights
Mesh editing
Mesh repair
TEACHING UNIT 8. SLICERS
Slicers
Ultimaker Cura
TEACHING UNIT 9. RECOMMENDATIONS FOR 3D DESIGN
Design
Software
Printer
Materials
TEACHING UNIT 10. 3D PRINTING STEP BY STEP: EXAMPLES
Get a model
Position the object
Print
Laminate
TEACHING UNIT 11. 3D POST-PRINTING: FINISHES
Finished
Surface finish
Identifying and rectifying problems
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