Segurança e riscos urbanos

Not applicable.

The planned teaching methodologies include expository and inquisitive dynamics, as well as group discussion and problem solving, stimulating individual intervention and criticism. Research papers and proposals and dynamic strategies for solving the problems addressed will be developed, as well as their written presentation and oral discussion. Experiments will also be carried out to contact related software tools.

Acquisition of knowledge regarding risks, vulnerabilities and disasters in urban areas, with regard to their identification, causes, effects, and preventive measures: fires, earthquakes, tsunamis, sea action, floods, wind, among other risks. Development of specific skills in Risk Assessment, Vulnerability Analysis and Mitigation Strategies. Acquisition of knowledge and strategies on: the role of Urban Planning in Risk Mitigation; Urban Disaster Risk Reduction; Building Resilient Cities.

1 – Introduction and Vulnerabilities in the Urban Context

• Course presentation

• Theme approach

• Concepts of probability, severity and risk

• Databases of disasters and catastrophes

• Identification of risks and vulnerabilities in the urban context

• Contingency measures in public spaces in pandemic situations

2 – Fire Safety

• Fire Safety Regulations in Buildings

• Urban Fires

• Fire protection of structures

• Risk analysis methods

• Emergency signage

• Performance-based methods

• Urban-forest interface fires

3 – Land Stability

• Slopes and slopes

• Geotechnical environment

• Geomorphological evolution

• Causes of instability

• Stabilization works

• Risk assessment

4 – Wind and earthquake safety

• Wind: general notions about the quantification of wind action; effects on isolated buildings and in urban space, strategies to reduce damage caused by wind;

• Earthquake: general notions on the quantification of earthquake action; areas of greater seismic risk, effects on buildings, strategies in urban space and in the design of structures to reduce damage caused by earthquakes;

5 – Hydrological Risks

• Hydrology general concepts (small work applying a precipitation-runoff model);

• Urban Floods (demonstration of the SWMM computer program with regard to SUDS modeling);

• Floods in riverside areas;

• Tsunami Warning and Warning Systems.

6 – Electric Energy

Security in supply and distribution

• Service continuity, network reconfiguration, alternative sources

Electricity as a risk factor

• In urban facilities

• In the building

•     To the people

Electricity as a safety factor

• Outdoor lighting and circulation on traffic and pedestrian roads

• Contributions to reducing crime against people and property

7 – Cybersecurity

• The role of ICT in cities

• Cyberattacks

• Computer security

• Standardization and regulation

NAO

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• Autoridade Nacional de Proteção Civil (2016). Cidades resilientes em Portugal
• Fernandes, M. M. (2011). Mecânica dos Solos – Introdução à Engenharia Geotécnica. FEUP Edições.- Vallejo, L. I. G. (2004). Ingeniería Geológica. Pearson Educación – Prentice Hall. Madrid, Spain.
• Lições de Hidrologia, A. Lencastre, F.M. Franco, FCT
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• Mambretti S.; Tsunami: From Fundamentals to Damage Mitigation, WIT Press, 2013.
• Refer. Manual to Mitigate Potential Terrorist Attacks Against Buildings, FEMA.- Antonucci, D., The Cyber Risk Handbook, Wiley, 2017.
• D’Andrade, B., The Power Grid: Smart, Secure, Green and Reliable, 2017.
• Hasbini, M., et al. – Securing the Smart City Olympics, SecuringSmartCities.org, 2018
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    • EDP Distribuicao & ISR-UC, Manual de Iluminação Pública ( Revisao), Outubro, 2016
    • ERSE, Regulamento da Qualidade de Serviço – Regulamento n.º 406/2021, publicado no Diário da República, 2ª Série, n.º 92, de 12 de maio de 2021.