
Master in 3D Modeling for Automotive and Product
DURATION
10 Months
LANGUAGES
Spanish
PACE
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APPLICATION DEADLINE
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EARLIEST START DATE
Sep 2025
TUITION FEES
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STUDY FORMAT
On-Campus
Introduction
Master in 3D Modeling for Automotive and Product
In the Master's Degree in 3D Automotive and Product Modeling you will develop a virtual project with complex shapes by defining high quality surfaces from the initial idea to the production, with the purpose of creating, analyzing, modifying and representing digitally, through animation; or physically, through a scale model.
How can we transform the real world from the virtual one? In the Master's Degree in 3D Automotive and Product Digital Modeling you will learn to respond to new forms of mobility.
With the exponential growth of new technologies, the real world is transformed from the virtual world. And 3D modeling allows us to make more design proposals and make them faster. In addition, the competitive world of design and vehicle manufacturing is experiencing a revolution; it is looking for autonomous vehicles, with maximum connectivity, with new propulsion systems and with new forms of mobility, which implies the need for new designs.
Real time 3D digital modeling in the vehicle and product design sector allows us to develop a virtual project from the initial idea to the production. Based on predetermined technical and aesthetic data, we can define the way of projecting and, in turn, we can represent the model at any time of its development with renders or animation. We can also do it with a physical model, which will allow us, finally, to generate the product.
Admissions
Scholarships and Funding
Several scholarship options are available. Please check the school website for more information.
Program Outcome
Master in 3D Digital Modeling for Automotive and Product. Own title UVic-UCC.
ECTS credits: 60
Objectives
- Acquire and exercise all the knowledge and skills necessary to design and develop projects in the field of advanced digital representation, particularly for the transport systems sector.
- Achieve specific theoretical and practical knowledge for each phase, as well as a transversal vision and experience of the global process.
Skills
- Ability to analyze 3D environments from the technical and design aspects in order to generate an optimal digital modeling.
- Knowledge of digital project planning, surface design phases and their applications.
- Application of the different strategies for the resolution of organic forms through an adequate definition of digital modeling.
- Knowledge and skills in the use of the most effective Programs for the generation and modification of surfaces.
- Knowledge of polygonal modeling, command of design surfaces modeling and class A surfaces modeling, as well as knowledge about visualization.
- Ability to communicate the approaches and execution of a digital modeling project.