Not so long ago, 3D printers arrived on the scene. Just a few years were enough to start making the most of these tools. Professionals working in different fields are finding increasing possibilities in the use of 3D printers. Its features and functionality are increasing, and changes are occurring faster and faster so being up to date in this field is essential. So many branches of knowledge use this type of tool to open the door to a promising future in the field of research and also a great job opportunity.
To meet the needs of the new context where design and manufacturing models require creative professionals, technicians, specialized engineers, teachers with new educational models, etc., this master's degree in 3D Design and Printing is launched to enable future professionals to specialize in this new technological world and face the challenges demanded by today's society.
LABOUR EXCHANGE AND INTERNSHIPS GUARANTEED!
Online or in-person training in collaboration with the IoT Digital Innovation Hub
Pre-registration and enrollement
Places are limited.
Pre-registration
October 2021
Registration fee
December 2021
Training
From October
to June 2022
Course 2nd edition
From February 2022
to December 2022
Registration fee
MASTER - 2.490€
COURSE 1ST EDITION - OCTOBER
Payment with |
October |
April |
Total |
300€ |
1.095€ |
1.095€ |
2.490€ |
COURSE 2ND EDITION - FEBRUARY
Payment with |
April |
July |
Total |
300€ |
1.095€ |
1.095€ |
2.490€ |
EXPERT - 2.160€
COURSE 1ST EDITION - OCTOBER
Payment with |
October |
April |
Total |
300€ |
930€ |
930€ |
2.160€ |
COURSE 2ND EDITION - FEBRUARY
Payment with |
April |
July |
Total |
300€ |
930€ |
930€ |
2.160€ |
Program
- A: BASICS OF 3D PRINTING PRODUCT DEVELOPMENT
- A1.- Introduction to 3D design and printing and starting concepts
- A2.- 3D printing technologies: typologies and uses
- A3.- 3D printing applications and the future
- B: 3D DESIGN. CAD AND MANUFACTURING ORIENTED ORGANIC MODELING
- B1.- Introduction to 3D design and types of modelling
- B2.- 3D CAD design and basic parametric design
- B3. - Basic organic modelling
- B4.- Requirements for 3D models: preparation, repair and optimization of models for 3D printing
- B5.- Presentation: basic rendering and photography
- C: DIGITISATION OF PHYSICAL PRODUCTS AND REVERSE ENGINEERING
- C1. From the physical to the digital world: Traditional method of reverse engineering
- C2.- 3D scanning concepts
- C3.- Basic photogrammetry
- C4.- Postprocessing of 3D models: meshes
- D: 3D PRINTING
- D1.- 3D printing technologies
- D2.- Material extrusion technology
- D3.- From the 3D model to the printer: CAM software for 3D printing
- D4. Extrusion materials and printing adjustments
- D5.- Analysis of 3D printing problems
- E: MARKET-, ENTREPRENEURIAL- AND ENTERPRISE-ORIENTED PRODUCT DEVELOPMENT
- E1.- From the idea to the product or service
- E2.- Entrepreneurship and business
- E3.- Licenses, patents and design protection
- F: HEALTH SECOTR SPECIALIZATION
- F1.- Planning of operations and custom-made prosthesis
- F2.- Introduction to personalised fixed assets and technical aids
- F3.- Introduction to bioprinting and personalized medicine
- G: ENGINEERING SPECIALIZATION
- G1.- From the prototype to the final product
- G2.- Assemblies, assemblies and drawings
- H: EDUCATION SPECIALIZATION
- H1.- Software oriented to education
- H2.- Creation of didactic material
- H3.- 3D printing and educational robotics
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