The aim of this course is for students to be able to make high definition models, using 3D sketches and prepared bases. Furthermore, students will be able to produce fiberglass molds used in the making of working models.
Students will learn and research specific topics for the purpose of going deeply into an area of industrial design in order to identify and broaden their options for professional development.
By the end of this course, students will be able to apply knowledge and skills in the creative studio in order to design new image and structure ideas and packaging proposals. The course aims to train students in the design and production of containers and packaging for use in their designs or in selected products.
By the end of this course, students will understand the tools and processes for the design and merchandising of new tangible and intangible goods.
The aim of this course is enable students to identify and interpret the characteristics of the product and the environment surrounding it by using specialized software. Furthermore, students will be able to analyze the internal and external forces of a product for strength calculation purposes. Finally, students will be capable of studying and modeling a product based on its operational conditions.
This course aims to enable students to interpret an environment, identify design opportunities, and propose design solutions through a course of reasoning based on research. Students will also be able to set up highly complex designed products using their own design methodology.
The aim of this course is for students to apply previously acquired illustration and representation techniques, including views and freehand sketching, in the creation of transport design proposals and their presentation to the client.
This course aims to enable students to study and interpret an environment, identify design opportunities and propose design solutions through a course of reasoning based on research. Students will also be able to set up highly complex design products and prepare them for production. Finally, students will be capable of developing their own design methodology to manage a design project professionally, covering all of its development stages.
Upon completion of this course, students will understand and apply 3D solid parametric modeling tools and their usage criteria for the purpose of creating detailed models of a product to build its prototype or to mass-produce it.
By the end of this course, students will be able to understand and apply different illustration techniques in the visualization of designs. Additionally, students will be capable of developing research and communication systems for the presentation of ideas to clients. The main aim of the course is to develop a vehicle which enhances the emotions that humans experience toward a car or other types of vehicles. In order to achieve the above, students will have to do psychological and anthropological research to study our behavior and reactions toward vehicles, motion, and technology.