Urbanism, Infrastructures and Urban Equipments
Code
10466
Academic unit
Faculdade de Ciências e Tecnologia
Department
Departamento de Engenharia Civil
Credits
6.0
Teacher in charge
Miguel José das Neves Pires Amado
Weekly hours
6
Total hours
100
Teaching language
Inglês
Objectives
Provide students with knowledge in the areas that contribute to the establishment and operation of urban systems at the level of mobility and transport, energy infrastructure,communications, water, waste and planning of urban facilities. At the end of the course students should have acquired the following skills:
• Comprehension of the process of urban planning
• Comprehension of the operation support systems in urban areas
• Expertise in the concepts underlying the creation of urban areas
• Expertise in the use techniques for collecting and processing information for the construction of models of urban planning.
Prerequisites
Approval Unit curricular URBAN AND REGIONAL PLANNING
Subject matter
1. URBANISM
1.1.O process of urban planning
1.2.Evolução of urban problems
1.3. Morphology of the city
1.4. Cartography as support for urban planning
2. INFRASTRUCTURE
2.1 Importance of demography
2.2 Mobility and transport systems
2.3 Network Infrastructure
2.4 Concepts for zoning and network programming
3. EQUIPMENT
3.1 Policies programming equipment
3.2.Espaço public natural and built
3.3.Sustentabilidade the process of urban planning
Bibliography
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Amado, M. P. (2005), Planeamento Urbano Sustentável, Ed. Caleidoscopio, Casal de Cambra Oliveira, F. P. (2002), Direito do Ordenamento do Território, Ed. CEDOUA, Coimbra Cebola, C.M., et al. (2010), Direito do Urbanismo e do Ambiente, Quid Juris Sociedade Ed. Lisboa Rodrigues, T.F.; Lopes, J.T.; Baptista, L.; Moreira, M.J.G. (2009), Regionalidade Demográfica e Diversidade Social em Portugal, Edições Afrontamento, Porto OCDE, (2007), Transport, Formes Urbaines e Croissance Économique; Centre de Research Sur Les Transports, Paris UN-HABITAT, (2009), Planning Sustainable Cities, GRoHS-2009, Earthscan, London Newman, P., Jennings, I.,(2009), Cities as Sustainable Ecosystems – Principles and Pratices, Island Press, Washington Rebelo, F., (2010), Geografia Física e Riscos Naturais, Imp. Univ. de Coimbra, Coimbra
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Teaching method
In theoretical-practical classes (4h/week) the issues are presented and explained to students and in the end of each subchapter applied to the practical resolution of academic problems. Throughout the semester, students perform practical work 3 (1 - development of research on problems of cities and their relationship to different urban morphologies, 2 - Identification of existing models infra-structures an urban model identified 3 -development of proposed design and location of urban equipment in a municipality identified and determine its economic viability and financial) in groups of four students.
Evaluation method
The unit have frequence with the madatory presence in 2/3 of the classes in the semester.
Evaluation is made by tree exercises along the semester and a final theorical tese.
The final classification is obtained by: FC = 0.70 TP + 0.30 EX the final classification (CF) is up to 20 values.
Students who don´t have be approved on the class but have frequence have access to final exame.