Technical Drawing

Technical Drawing
Computer Aided Design

Theoretical-practical classes in the resort to the method so, in which knowledge is transmitted using the display and demonstration of materials related to each theme. Laboratory in class we use the active method, based on the principle of self-education, in which the student analyzes and tested experimental models, fostering their intellectual and practical skills. Students carry out practical work on technical interpretation of the themes in theoretical and practical. Tutorials In class, students are assisted in the exercises by clarifying questions of theoretical and practical guidance. The evaluation will be ongoing and will focus on design exercises produced during the semester, the laboratory classes. The final score of 0 to 20, is partially shared by the following parameters: Drawing exercises of detail constructive: 18 values Attendance, participation and interest: 2 values

In this academic year, we intend to introduce the methodology of Project Based Learning (PBL) in a group of subjects of the disciplinary group of Constructions. Students are intended to develop practical works within the scope of the project of a single-family house and will include several subjects, namely, Design and Construction Systems, Civil Constructions and Operations Management.

The aim is that students will start by working in the design phase of the building, developing constructive solutions and detailing them according to the rules of the art of building well and verifying compliance with the legislation in force, elaborating projects of specialties, namely, energy performance, acoustic behaviour and building water supply and drainage networks. They will then prepare the bill of quantities required to carry out the project, calculate a cost estimate, prepare the planning of all quantified and budgeted works, and finally simulate the construction through the preparation of monthly bills.

Therefore, the motto of this whole process is the fact that it is the same building and, therefore, the same project, which will allow students to have a solid and concrete application of the knowledge transmitted by a real situation.

Objectives: Detailing the ways of building; Translation graphic details and building materials, knowledge of
technological aspects and constructive, with the characterization of materials, components and their suitability for your application: Consolidation of the skill of rigorous design.
Generic Skills: Application and understanding in the field of representation, layout and graphic design, enabling an overall understanding of the building in parallel with the media to work.
Specific Skills: Knowledge acquisition for production design, supervision and direction of works.

DESIGN TECHNIQUES FOR CONSTRUCTION DETAIL
Performing exercises shown at scales of detail, including the definition of graphics, symbols, materials and
construction processes.
Development of skills and techniques of representation of design construction, with particular emphasis on the following topics:
Constructive Techniques
Spatial approach;
Structural Systems: substructure, superstructure;
Slabs, floors and ceilings;
Surrounding the building’s exterior, interior ornaments, vestments and outer coverings
Communication: horizontal vertical circulations and circulations
Openings and joinery;
Trim and finish
Materials
General Properties
Classification and Characterization
Possibilities of application
Methodology
The adequacy of construction and construction solutions
Formal expression and graphical representation
Elements of written and drawn
Work schedules and communication

NAO

MAIN BIBLIOGRAPHY

BEINHAUER, PETER – ATLAS DE DETALHES CONSTRUTIVOS, Ed. Gustavo Gili, Barcelona

CUNHA , LUIS VEIGA DA (2017), – DESENHO TÉCNICO, 17ª Edição Fundação Calouste Gulbenkian, Lisboa, isbn: 978-972-31-1066-1

FORD, Edward R. The Details of Modern Architecture. Massachusetts, MIT Press, 1997.

MASCARENHAS, JORGE (2006) – SISTEMAS DE CONSTRUÇÃO I – Contenções, dragagens, implantações, fundações, VOLUME I, 5ª Ed., Livros horizonte

MASCARENHAS, JORGE (2010) – SISTEMAS DE CONSTRUÇÃO II – Paredes Exteriores, 6ª Ed., Livros horizonte

MASCARENHAS, JORGE (2004) – SISTEMAS DE CONSTRUÇÃO III – Paredes 2ª parte, 2ª Ed., Livros horizonte

MASCARENHAS, JORGE (2004) – SISTEMAS DE CONSTRUÇÃO IV – Coberturas Planas, 5ª Ed., Livros horizonte

MASCARENHAS, JORGE (2006) – SISTEMAS DE CONSTRUÇÃO VI – Coberturas Inclinadas, 2ª Ed., Livros horizonte

MASCARENHAS, JORGE (2006) – SISTEMAS DE CONSTRUÇÃO VII – Coberturas Inclinadas 2ªparte, 2ª Ed., Livros horizonte

MASCARENHAS, JORGE (2008) – SISTEMAS DE CONSTRUÇÃO IX – Contributos para o Cumprimento do RCCTE, Detalhes Construtivos sem Pontes Térmicas, 1ª Ed., Livros horizonte.

SILVA, ARLINDO; DIAS, JOÃO; SOUSA, LUÍS (2004)  – DESENHO TÉCNICO MODERNO, 11ª Edição, LIDEL Editora, isbn: 9789727573370

SILVA João Fernandes, ISEC 2020, Apontamentos de Desenho de Sistemas Construtivos – Caderno 01

 COMPLEMENTARY BIBLIOGRAPHY

NORMAS PORTUGUESAS DE DESENHO TÉCNICO, – NP-62, 1961; NP-89, 1963; NP-49, 1968; NP-327, 1964;  NP-671, 1973; NP-297, 1963; NP-328, 1964; NP-167, 1966; NP-716, 1968; NP-204, 1968; NP-718, 1968;

MANUAL DE APLICAÇÃO DE TELHAS CERÂMICAS (1998), Centro Tecnológico Cerâmica e do Vidro, Instituto da Construção

MANUAL DE ALVENARIAS DE TIJOLO (2009), 2ª Edição, Centro Tecnológico Cerâmica e do Vidro, Instituto da Construção

MANUAL TÉCNICO DE APLICAÇÃO DE PAVIMENTOS E REVESTIMENTOS CERÂMICOS (2006), Centro Tecnológico Cerâmica e do Vidro, I.C.

NORMAS PORTUGUESAS DE DESENHO TÉCNICO, – NP-62, 1961; NP-89, 1963; NP-49, 1968; NP-327, 1964; NP-671, 1973; NP-297, 1963; NP-328, 1964; NP-167, 1966; NP-716, 1968; NP-204, 1968; NP-718, 1968;

REGULAMENTO GERAL EDIFICAÇÕES URBANAS (2017), Porto Editora, isbn: 978-972-0-00036-1

REGULAMENTO GERAL DAS ESTRUTURAS DE BETÃO ARMADO e PRÉ-ESFORÇADO (2014) – Porto Editora, isbn:978-972-0-01926-4

SCHMITT, HEIRICH (1998) – TRATADO DE CONSTRUCCION,  Ed. Gustavo Gili, Barcelona,  isbn: 9788425217296

REIS CABRITA, A. M. (1974) Regras para a elaboração de projeto. In: Informação Técnica – EDIFÍCIOS 6. Lisboa, MOP-LNEC,

SILVA-RUIZ, J. (1997)– Graphic Communication in Urban Design: report of work in progress. Oxford, Oxford Polytechnic.

 SITIOS DA INTERNET:

  Portal da Construção, Arquitetura e Engenharia

– http://www.techitt.com/

– http://www.oportaldaconstrucao.com/

– http://www.lidera.info/

– http://www.csustentavel.com/en

– http://www.construcaosustentavel.pt/

software de aplicação: Autocad Release 2020, by AUTODESK