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CAD-3D(OCW University of Cantabria)
This course analyses the fundamental concepts of CAD-3D design, in particular the Autodesk Inventor tools.
COMPUTER-ASSISTANT DESIGN (OCW Polytechnic University of Valencia)
The subject Computer-assisted design is an optional subject in the fifth year, as part of the intensification “Industrial Computing”, whose main objectives are to introduce the students to basic concepts of CAD, and in the use of the most common solid shapers. As part of the course…
Curves and surfaces in computer-assisted artistic geometric design (OCW Technical University of Madrid)
Computer-assisted artistic geometric design is essentially based on the automobile industry. The fundamental problem it addresses consists of describing the shapes, curves, surfaces of an object (a part of machinery, the hull of a boat or plane…) in simple mathematical form…
Graphic Visualisation and Interaction (OCW University of Cantabria)
The overall purpose of the course is to provide students with a general view of the techniques and methods applied in the generation and handling of graphics by computer, from the Graphic User Interfaces available on current operating systems to the more advanced models for computer rendering and animation.
Industrial Drawing I (OCW Technical University of Madrid)
Basic course in technical drawing for students of Industrial Engineering and Chemical Engineering.
Industrial Drawing II (OCW Technical University of Madrid)
Compulsory subject in the first year of the study programmes for Industrial Engineering and Chemical Engineering. Concepts taught during the course: Function of the group or mechanism. For the final evaluation students must be able to understand how a mechanism works or the function of certain parts. Geometric and dimensional tolerances are also studied here as it is necessary, for example, to determine if an adjustment must be loose or tight according to the correct operation of the mechanism. The purpose of each element and the shape of each element, understanding that individual parts are useless unless fitted into the relevant place, where each shape and size depends on the other parts (a group is a mechanism where each part has its specific functions and where each one must fit perfectly into place). The concept of standardisation, which extends beyond the rules of drawing and affects the dimensions and shapes of elements (threads, screws, wedges, etc.). The reasons behind standardisation are also explained. There is an introduction to handling these standards and component catalogues, and affected parts must be adapted to the standards in terms of dimensions. Reading plans. Sometimes breakdowns of certain elements into part are required which are not fully defined on overall plans, which mean that missing parts must be identified, in line with the criteria used previously to determine compatible elements, and using knowledge of the topic at the time. The plans given for exercises may contain deliberate “errors” for interpretation and correction. Diagrams. All exercises completed during the course for technical drawing are completed by hand on gauged paper. This teaches the skill of putting ideas down onto paper freehand, without the use of drawing instruments. This situation arises frequently in the industrial profession.
IT Graphic Geometry in Architecture I (OCW Technical University of Madrid)
The geometric theory of architecture using computer tools. This subject looks at the study of spatial forms relating to architecture and their representation, using IT tools. It can be partly considered as further study and extension of the knowledge acquired by students in Descriptive Geometry; at the same time, it means the application, depending on the IT tools, of concepts relating to graphic expression learnt in other courses in the same Area.
IT Graphic Geometry in Architecture II (OCW Technical University of Madrid)
This course consists of more in-depth study of computer-assisted geometry in architecture, examined overall in terms of spatial, composition, construction and structural complexity,
Plane Geometry and Computer-assisted Drawing (OCW University of Seville)

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Related universities: Polytechnic University of Valencia | Technical University of Madrid | University of Cantabria | University of Seville

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