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MASTER IN CIVIL ENGINEERING - Faculdade de Engenharia da ...

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Urban Environment and Transport<br />

Planning<br />

Credits Contact Time Total Time<br />

5 ECTS 45 135<br />

Objectives, Skills and Learning Outcomes<br />

To provi<strong>de</strong> instruments for the <strong>de</strong>scription and interpretation of current problems of<br />

urban environment and transport.<br />

To present and discuss strategies, methodologies and instruments for urban<br />

environment and transport policies and planning.<br />

Program<br />

Theoretical classes<br />

CHAPTER 1- Problems: nature, meaning and extension of environmental conflicts in<br />

urban areas.<br />

The urban environment in the contemporary city; Quality factors; Problems of<br />

measurement and forecast of urban environment quality; Indicators and quality in<strong>de</strong>x;<br />

Examples<br />

Environmental conflicts; Introduction to Environment economics and Natural<br />

resources; Public goods and externalities; price system and allocation levels of natural<br />

resources.<br />

Civil co<strong>de</strong> agen<strong>da</strong> regarding environmental conflicts; potentialities and limitations;<br />

critique; Introduction to environmental law<br />

The need of administrative intervention in environmental conflicts: why?; Typology of<br />

tools of environmental law and their relation to product-consumption mo<strong>de</strong>l<br />

CHAPTER 2<br />

Methodologies: organization of urban spaces; characteristics; diagnosis and forecast<br />

Brief reference to the main components of natural biophysical system (topography,<br />

climate, geology, geomorphology, soils, water resources and biological resources) and<br />

to anthropic biophysical system (soil use, landscape, heritage, environmental<br />

pollution)<br />

Case Study 1- Localization of equipment (inter-municipal sanitary landfill) – Application<br />

of geographic information system (GIS) to variables of planning of natural and<br />

anthropic biophysical systems.<br />

Socio-economic system; Introduction to <strong>de</strong>mography; the importance of <strong>de</strong>mography<br />

in urban and regional planning; main <strong>de</strong>mographic variables<br />

Study trip<br />

Methods of <strong>de</strong>mographic projection; direct and indirect methods: extrapolation<br />

Master in Civil Enginerring Page 33

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