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CE5: To train for the spatial vision and the knowledge of the techniques of graphic representation, so much by traditional methods of metric geometry and descriptive geometry, as by means of the applications of design assisted by computer.
The purpose of Graphic Expression is to train students to be able to identify, interpret and use graphic representations in the fields of Engineering. Taking into account the industrial regulations of graphic representation techniques.
This course provides the essential basis for supporting graphic representation throughout the career.
Generally the contents of the subject of Graphic Expression can be grouped in:
Specifically, the contents of the subject of Graphic Expression are the following:
Topic 1 - Dihedral System
Topic 2 - Graphical expression and normalization
Topic 3 - Cuts and sections
Topic 4 - Dimension
Topic 5 - Dimensional tolerances
Topic 6 - Geometric tolerances
Topic 7 - surface states
Topic 8 - Threaded Unions
Topic 9 - Detachable and Non-Detachable Unions
Topic 10 - Transmission Elements 1 - gears
Topic 11 - Transmission Elements 2 - Other transmission elements
Topic 12 - bearings
Topic 13 - Preferred Numbers
Attendance:
Non-attendance:
The minimum recommended hours that a student must use to pass the subject are the following:
Typology Activity |
Hours |
Face-to-face |
Exhibition of contents |
30 |
100% |
Practical individual or group work |
30 |
100% |
Completion of exercises or theoretical or practical projects outside the classroom |
60 |
0% |
Preparation and performance of evaluable activities |
30 |
0% |
Total |
150 hours |
The subject is divided into three terms, which will be evaluated independently. The final grade for the regular assessment will be the weighted average of the grades for the three quarters:
The final average mark to pass the subject is 5.
A minimum grade of 4,0 is set in the grade for each quarter to be able to average.
In the event that the grade for any term is less than 4, the subject will be suspended, regardless of whether the final average reaches 5.
Each quarter will be assessed as follows:
The qualification will be carried out in accordance with current regulations.
The evaluation is continuous.
Preciado Barrena, Cándido and Moral García, Francisco Jesús. 2006. Standardization of Technical Drawing. San Sebastián: Donostiarra. ISBN: 9788470633096.
Félez Mindán, Jesús and Martínez, María Luisa. 2008. Graphic Engineering and Design. Madrid: Synthesis; Collection: Synthesis engineering. ISBN: 8497564995.
Ruiz Vassallo, Francisco. 2005. Electrical and Electronic Schematics. Reading and Interpretation. Ed. Copyright creations. ISBN: 84-96300-02-1