Urban Project

Recommended Prerequisites

Urban Road Infrastructures and Regional and Urban Planning.

Teaching Methods

Each class will have an exposition of the material referring to that section, which will be followed by practical exercises related to the final projective objective, and the students will be asked to have a interventional and collaborative role through the presentation of diagnoses and proposals along the process, with a view to their discussion.

Learning Outcomes

The Urban Project discipline, in the context of MEC, aims to provide students with:

• Knowledge about the main concepts, methodologies (from diagnosis to programming and design) and criteria associated with the conception of sustainable urban space;

• Knowledge of the main legal and regulatory instruments available from an application perspective to sustainable urban design;

• The ability to collaborate in the design of different types of urban project;

• The ability to estimate costs and income resulting from an urban operation, ensuring its sustainability in economic, environmental and social terms;

• The ability to integrate multidisciplinary teams in projects that call for the interconnection between different objectives, scales, methodologies and areas of knowledge regarding the action on the urban, physical and social space.

Work Placement(s)

No

Syllabus

1. Introduction

2. Diagnosis and Intervention Objectives

Sustainability Criteria Indicators and thresholds.

3. Instruments

Legislation and regulations; Other strategic orientations; Geographic information systems, urban design and simulation programs, games.

4. Programming of the built space; Application of urban indicators; Location of land uses and building activities Uses and activities and their impact on travel generation Preliminary project.

5.Programming of unbuilt space

Integration of road infrastructures (circulation and parking), relationship with the built space and modes of transport, Characteristics of public space and green spaces, Draft infrastructure for all modes of transport.

6. Estimate of costs, fees and urban planning

Costs; Fees; Equitative Distribution.

7.Presentation and Simulation of the final project.

Head Lecturer(s)

Anabela Salgueiro Narciso Ribeiro

Assessment Methods

Assessment
Resolution Problems: 30.0%
Exam: 30.0%
Synthesis work: 40.0%

Bibliography

[1] Ergen, Mustafa (Ed.) (2016) Sustainable Urbanization. InTech;

[2] American Planning Association (2006) Planning and Urban Design Standards. Ed. Frederick R. Steiner and Kent Butler (Student Edition Editors). Wiley publisher;

[3] Mangin, D. & Panerai, P. (1999). Project Urbain. Eupalinos Collection. Éditions Parenthéses;

[4] Dieter Prinz (1980) Projeto Urbano;

[4] Pardal, S. & Lobo, C. (1993) Urbanistic Norms III, Volume III Elements of urbanistic law. Urban Allotments;

[5] All Portuguese legislation and regulations associated with urbanism;

[6] Compilation of new books and papers on Sustainable Urban Projects and Sustainable Urbanization.