Titular Professors
Knowledge imparted in previous courses of the subject of physics, drawing, descriptive and construction fundamentally.
It is recommended the mastery of graphic expression and advanced prior knowledge of the construction process in all its areas
Carry out technical activities of calculation, measurements, valuations, appraisals and economic feasibility studies; Perform examinations, inspections, pathology analysis and other analogous and write reports, opinions and corresponding technical documents; carry out surveys of plans in lots and buildings.
Subject that emphasizes the importance of freehand graphic expression systems, as an essential tool to interpret certain parts of the project, from its previous understanding and direct application for the understanding of the architectural project.
Deep knowledge for the understanding, writing and management of technical projects and the definition, representation and interpretation of constructive details.
The project, different disciplines and readings / the constructive detail, the drawing and the graphic scale / drawing in office / drawing by hand raised in work in vertical and / or horizontal paraments and different supports
Project phase:
The constructive detail or the section / constructive solution of the building as the backbone of the "constructivity" of the project.
The scale of detail as a culmination of the project reality. The projection to scale: 50 as "informer" of the technical and ideological shortcomings of the project.
The "work" of projecting. Project with appropriate tools, knowledge of the interlocutor, the "touch of construction"
Introduction to BIM technology.
Construction phase:
The understandable reality of the constructive detail.
The construction process embodied in the construction detail.
The final detail as a redirector of the project result.
The detail: the solution, the result.
Total contact hours: 53%, 4.8 credits.
Total hours of work of the student: 47%, 4.2 cr.ECTS
The knowledge of Construction I (construction materials) and Construction II (Construction systems) will be the backbone of the subject and the graphic representation of them through the construction detail by hand, will be your vehicle to achieve a better project capacity , to constructive time.
The subject is separated into two differentiated blocks: theoretical classes and practical exercises.
1 Theoretical classes.
The theoretical classes will last for half an hour and will serve to raise and discuss all the aspects related to the constructive details, from the graphic representation tools, such as the content, as the forms, as well as the necessary technical and graphic knowledge tools.
To understand that the constructive detail is the envelope of the architectural project, the construction project, the installation project, etc. The constructive detail is the representation of the logical sum of the elements that are part of a set of which they maintain the same spirit and intentions.
2 Practical classes.
The practical classes will last two hours and will be used to solve, understand and represent, in order to learn how to carry out various constructive details in order to finish learning constructive systems.
The details will be made on different construction systems, whether structural or enclosures, or urbanization, which we have available in the buildings of La Salle or the work of the university residence currently under construction.
Special attention will also be paid to those requests that from Construction I and II or Workshops must work with special care.
The different construcctius details will be reflected in a sketchpad, and this must be accompanied by a notebook. Both one and the other must be complementary elements of each other and may reflect different visions of the same problem.
The constructive details will be made during class time, and they will often be shared by the students to discuss and discuss different solutions represented.
The constructive details will be personal. And they should be completed and expanded with research work at home. The basic methodology will be the choice of a constructive detail to solve during class time, and its extension and self-correction at home implementing the search of the different components that make up the detail contributing its industrial "constructivity". (web search of the different materials that make up the constructive detail represented and the verification of its suitability).
The group work is done in the group of students that make up the class, valuing more than the active participation in class, both theoretical and practical. Without the participation of the students in class there is no sharing, and therefore there is no discussion or debate with which learning is greatly diminished.
Class attendance is mandatory, and it is essential to pass the subject to attend 100% of the classes. Only duly justified absences will be accepted.
Exercises to complete at home.
Depending on the extent of the exercises they will be completed at home, if time is considered insufficient to the classroom, or it is necessary to perform research tasks to the library, or outside the School.
The methodology used in this subject is organized from theoretical classes 15%) and practical exercises (85%).
WEEKLY TEMPORARY
Dedication to the subject 4 credits x 26 hours / credit = 104 total hours
Semester dedication 18 weeks (16 lectures + 2 exams)
Weekly dedication 104 hours / 18 weeks = 5.8 hours / week
CONCEPT Total hours
Exhibition classes 16
Practical classes 30
Tutoring study 8
Individual study 41
Total hours dedicated to the margin of the exams 89
Exam preparation hours (2 x 5.8)
Exam hours 6
TOTAL SEMESTER DEDICATION 104
Exams on theory given and analysis of real projects (30% global note)
Homework (10% overall mark)
Practical work with or without a computer: On foot and by hand (30% overall)
Presentations of constructive details and their explanation (20% overall note)
Participation in class (10% overall grade)
The evaluation of the subject will be continuous and there will be three valuable blocks:
Block A Practical details. A1 Details In-situ. Details made during class time. A2 Expanded Details. Details extended and documented at home.
Block B Class attendance. B1 Class attendance. It is mandatory B2 Active participation.
Block C Criterion of the professor.
It is essential to achieve a level of graphic representation and sufficient technical knowledge. It is essential to show an attitude of interest towards the subject.
Ordinary call evaluation.
The approval of the ordinary call implies 100% compliance with block B1, without this requirement it is not possible to opt for the ordinary approval.
The note of the ordinary call, which will be the course grade, will be obtained as follows.
40% A1 + 40% A2 + 10% B1 + 5% B2 + 5% C = 100% COURSE NOTE.
Extra summons evaluation.
If the ordinary call is not approved, there is the option of doing an exam in the extraordinary call where the theory and practice contents of the whole course will be evaluated.
- Students who have completed B1 but have not reached the 5 in ordinary call will make an exam with the contents of Block A.
- Students who have not met B1 will evaluate the theoretical concepts and the contents of Block A.
All students will have the right to review the exam note on the day set by the professor of the subject. In the revision the teacher can raise or lower the exam grade.
Fatal error.
If in a test or written document the student proposes a constructive solution, a work process or some materials that completely cancel the function of the systems or support or comfort envelopes, the part of the test (examination question, constructive detail, theoretical exercise ....) where the error has been made will be totally invalidated.
Basic bibliography
Andrea Deplazes Build architecture: from the raw material to the building. Gustavo Gili
Ministry of Public Works Technical Building Code: www.codigotecnico.org
Tectonics Construction magazine.
DETAIL Construction magazine.
Additional bibliography
Ignacio Paricio La construcción de la arquitectura. ITEC. Barcelona 1.955.
Juan Carlos Arroyo Numeros gordos en el proyecto de estructuras. Cintas divulgación técnica.
Edward Allen Construcción. Como funciona un edificio. Principios lementales. HH.
Página web de terminología http://tecno.upc.es/c1/vocabulari/
Página web del blog del Área de construcción www.salle.url.edu/tecnologia
Es imprescindible el uso de diccionarios de terminología de construcción.
It is essential to use construction terminology dictionaries.