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Learning outcomes |
Allow understanding and applying fundamental notions relating to: 1. How infrastructural systems interconnect with physical and conceptual systems, contributing to the understanding of architecture as a system of systems; 2. Characterization of the main infrastructural systems; - 3. How infrastructural systems contribute, through culturally relevant, technologically capable and economically viable consideration, to the efficiency in the use of resources; 4. Current practices of: design of water supply systems, drainage of domestic and rainwater sewage; design of fire prevention and fighting systems; design of electricity, gas and telecommunications networks; design of HVAC installations; emphasis on the implications for the spatial design of buildings; - 8. Graphic and volumetric representation of the construction entities under study, considering the scales to be used and the information to be transmitted.
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Syllabus |
1. Infrastructural systems as part of physical systems; importance for designing the building as a system of systems; selection criteria – coordination and compatibility; implications for the formal expression and language of buildings; 2. Characterization of infrastructural systems, namely water supply, drainage of domestic and rainwater sewage, fire prevention and fighting, electricity, gas and telecommunications networks; HVAC; 3. Infrastructural systems and efficiency in the use of available resources; cultural, technological and economic consideration; 4. Current practices and standards for the design and dimensioning of systems: water supply, as well as drainage of domestic and rainwater sewage; fire prevention and fighting; HVAC installations; emphasis on the implications for the spatial design of buildings; 5. Graphical and volumetric representation of the entities under study; most common dimensions of construction elements.
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Main Bibliography |
AFONSO, A. et al (2017) Manual de eficiência hídrica em edifícios. Aveiro, ANQUIP – CARPINTEIRO, J. (2009) Aquecimento, Ventilação, Ar Condicionado. Lx, Verlag Dashöfer – CASTRO, C. et al (2009) Manual de segurança contra incêndios em edifícios. Sintra, ENB – LECHNER, N. (2008) Heating, cooling, lighting. NY, Willey – LECHNER, N. (2011) Plumbing, electricity, acoustics: sustainable design methods for architecture. NY, Willey – PEDROSO, V. (2020). Manual dos sistemas prediais de distribuição e drenagem de águas. Lx, LNEC – PEDROSO, V. (2020) Regras de dimensionamento dos sistemas prediais de distribuição de água e de drenagem de águas residuais domésticas e pluviais. Lx, LNEC – PEDROSO, V. (2020) Sistemas de combate a incêndio de acordo com a nova regulamentação. Lx, LNEC – SINOPOLI, J. (2013) Smart buildings systems for architects, owners and builders. Butterworth-Heinemann. – VIEGAS, J. (2010) Ventilação natural de edifícios de habitação. Lx, LNEC. Legislação e regulamentação pertinen
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