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Architecture, Infrastructure and Incremental Housing for Crisis
Flood Risk and Waterfronts Resilient Design

Flood Risk and Waterfronts Resilient Design

Código	16740
Ano	1
Semestre	L0
Créditos ECTS	2
Carga Horária	O (42H)/OT(2H)/PL(2H)/S(2H)/TC(2H)/T(2H)/TP(4H)
Área Científica	Engenharia
Objectivos de Aprendizagem	Development of skills in the following areas and topics: Urban Hydrologic Systems and Water Level Control; Environmental and Water Quality Issues; Waterfront and Safe Public Spaces; Water Urbanism; Design within Floods in European Cities; Scour and scour countermeasures at bridge piers and abutments. Coord. : Cristina Fael (UBI). Other tutors: Antonio Albuquerque and Rita Ochoa (UBI); João Pedroso Lima (UC); Liliane Hobeica (PUC-Salvador); Maria Matos (ISA-UL).
Conteúdos programáticos	1. Urban Hydrologic Systems and Water Level Control: Explanation of urban hydrologic systems and their role in managing water levels; Discussion on methods of water level control in urban areas. 2. Environmental and Water Quality Issues: Overview of environmental challenges associated with urbanization and water quality issues; Identification of key factors impacting water quality in urban environments. 3. Waterfront and Safe Public Spaces: Importance of waterfront areas and the need to ensure safety in public spaces; Strategies for designing waterfront areas to enhance safety and accessibility. 4. Water Urbanism: The concept of water urbanism and its relevance in urban design; examples of water-centric urban development projects. 5. Design within Floods in European Cities: Discussion on flood management strategies specific to European cities; Case studies highlighting successful flood-resistant design in Europe. 6. Scour and scour countermeasures at bridge piers and abutments.
Metodologias de Ensino e Critérios de Avaliação	Online presentations are followed by an active discussion with students. Assessment is based on critical questions that students must answer.
Bibliografia principal	-Martins, A. Nuno. Investing in Disaster Risk Reduction for Resilience; Design, Methods, and Knowledge under Climate Change. Cambridge-MA, Estados Unidos: Elsevier. 2022. -Hobeica, L. (2018). Design with floods: Turning threats into opportunities in/for urban projects. -Aguiar, T.; Baumann, L.; Albuquerque, A.; Teixeira, L.; de Souza Gil, E.; Scalize, P. Application of Electrocoagulation for the Removal of Transition Metals in Water. Sustainability 2023, 15, 1492. -Ochoa, Rita; Allegri, Alessia; MATOS SILVA, MARIA; Geraldes, André; Rocha, Clarissa; Filipe, Joel; Monteiro, Rita. "Intermittent Cities. Temporary uses and sharing practices to support an adaptive urban space". In Emerging voices on new architectural ecologies, edited by Veríssimo, Cristina; Burnay, Diogo, 103-114. -Juan P. Martín-Vide; Fael, Cristina; et. al. "A Large Bridge Pier in an Alluvial Channel: Local Scour versus Morphological Effects and the Role of Physical Models". Journal of Hydraulic Engineering 148 8 (2022).
Língua	Português

Regente


	Cristina Maria Sena Fael

Curso

Architecture, Infrastructure and Incremental Housing for Crisis

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