ARCHITECTURAL DESIGN STUDIO FOR URBAN REGENERATION

Course objectives

General objectives In the studio of architectural planning for urban regeneration the student, in the classroom with individual and seminar activities through lessons and exercises, is required to develop a complex urban project of architectural regeneration strategically oriented to define a new identity for a chosen area with particular attention to the issues of construction and its feasibility. The project integrates the elements of architectural and urban planning with those more specific to the environment and the landscape, with attention to the use of technologies aimed at saving energy. The student must complete a project with technical and theoretical knowledge that renders all aspects that contribute to the construction of architecture in a coherent formal synthesis. Specific objectives Knowledge and understanding skills At the end of the workshop the student must have acquired knowledge and understanding skills, as well as skills that allow to choose a urban space project strategy supported by the awareness of the most recent experiences on the theme of urban regeneration. Furthermore, the student must have acquired an adequate and specific knowledge of the Urban Project tools and of its various declinations and awareness and ability to reason about space. The assessment of knowledge will be verified through the project developed by the student during the entire period of the course and through exercises to be conducted independently. Ability to apply knowledge and understanding The student must be able to decline design solutions suitable for specific contexts, whose knowledge provides a thorough, autonomous and original phase of analysis of the context, capturing the interdisciplinary implications. Some exercises in the classroom with the characteristic of the ex tempore will measure the ability to find original solutions. Autonomy of judgment Both the drafting of the project and all the phases that precede it must be declined by the student through the exposure of the logical path that led to the design choices. These choices must also be made through the exploration and selection of different project alternatives. Communication skills At the end of the course the student must demonstrate, in addition to the knowledge of architectural design skills, to be able to communicate the project in innovative way, using both advanced communication tools in the field of representation and more traditional forms. The design choices must be presented with a speech, in a report and in particular transferred into drawings, schemes and representations capable of clearly communicating the design process. Learning ability At the end of the course the student will have to demonstrate a high capacity for independent learning, which will allow him to update and continuously increase his knowledge and skills in architectural design and issues related to the project for urban regeneration. The acquisition of these skills will take place through lessons given by the teacher during the course. The lessons are aimed at providing and expanding the theoretical knowledge of design methodologies and innovative experiences. The acquisition of these skills will also take place through the constant participation of the student in the experimental and design activities of the Laboratory. The Laboratory is in fact the privileged place for acquiring technical skills. The assessment of skills will take place, above all, through the exam test, structured so as to highlight the autonomy in organizing their own learning.

Channel 1
ALESSANDRA DE CESARIS Lecturers' profile

Program - Frequency - Exams

Course program
In the Architectural Design Studio for Urban Regeneration the student – with individual and seminar activities through lessons and exercises – will elaborate a project of regeneration of of a floodplain area along the Tiber in a vision that considers the Tiber River as a vehicle for urban regeneration. The general objective is to rebuild a virtuous relationship between the river and its city that has gradually deteriorated in recent decades; in fact today - especially in the areas outside the center - is absent from the life of the city and the areas along its banks are in many cases used improperly within the limits of legality. The goal is to define a new identity for the area with particular attention to aspects of construction and feasibility. The Architectural Design Studio integrates the elements of architectural and urban design with the more specific ones of the design of green areas and of the analysis of the city and the territory. The student is required to draw up a project for the regeneration which - consciously, through adequate knowledge of the tools of the urban project – translates into a coherent formal synthesis all the aspects that contribute to the construction of architecture. The regeneration project will be addressed through the reference and comparison - also critical - of the urban regeneration strategies adopted in the main European cities. It is also required to face the design exercise with particular attention to the quality of the public space in different ways among these: addition, subtraction, reasoned demolition, densification and re-modeling of the soil.
Prerequisites
The student must have acquired knowledge, cultural and scientific tools to deal consciously with an urban regeneration project. In particular is required an adequate knowledge of : - the typological and constructive characteristics of the urban fabrics; - the management of the regeneration actions regarding building, landscape and urban renovation
Books
A. De Cesaris, Domizia Mandolesi, Rigenerare le aree periferiche. Ricerche e progetti per la città contemporanea, DiAP PRINT PROGETTI, Quodlibet, Macerata, 2015. A. De Cesaris, Il progetto del suolo-sottosuolo, Print/Ricerca, Collana del DiAP, Gangemi editore, Roma 2012. G. De Francesco, Architettura dell’acqua, Quodlibet, Macerata 2020 Architettura e acqua, numero monografico 474 de “l’industria delle costruzioni”, luglio-agosto 2020.
Frequency
mandatory
Exam mode
The examination to be conducted in the winter session, will focus on the illustration of the work through: -6-8 graphic tables scale 1:1.000, 1:500, 1:200; -illustrated (scale 1:1.000, 1:500); -illustrative report (max 10 illustrated pages); -1cd containing graphic tables, photos’ models (jpeg) and report (pdf); The student must also have read and depth at least one of the books recommended in the bibliography. The discussion on the topics dealed in these books (or other books chosen by the student) is an integral part of the examination. The final evaluation will take into account the active participation of the student in carrying out the laboratory.
Bibliography
Spazio pubblico e rigenerazione urbana, numero monografico 467 de “l’industria delle costruzioni”, maggio-giugno 2019. A. De Cesaris, D. Mandolesi, (a cura di), Rigenerare le periferie urbane. Ricerche strategie progetti, Edilstampa, Roma 2016, A. De Cesaris, Periferia, la città del nostro tempo, in “Italianieuropei” n.4, 2016. A. De Cesaris, (a cura di) numero 443, 2015 de “l’industria delle costruzioni” Parigi 2015. Bovati M., Caja M., Floridi G., Landsberger M., Cities in Trasformation Research&Design. Ideas, Methods, Techniques, Tools, Case Studies, Il Poligrafo, Padova 2014. M. M. Segarra Lagunes, Il Tevere e Roma: Storia di una simbiosi, Gangemi, Roma 2004
Lesson mode
The workshop is organised in: 1) lectures aimed at acquiring knowledge in the field of urban regeneration with particular reference to the contemporary debate The second is reserved for classroom design work and/or revision of the papers. 2) design work in the classroom and/or revision of the papers aimed at: (a) the drafting of a master plan pre-set by the teaching staff with the aim of: - Improve public mobility and accessibility to the area; - Strengthen the role of via Latina as the structuring axis of the compartment; - Define a system of public spaces in the contemporary city; - Create connections with Parco Appia; - Enhance the system of greenery and historical archaeological assets present; - Relocate the craft-industrial fabric on the Appian front with access from a coplanar of the Appian Way. In this respect, we envisage an innovative artisan-industrial sector from an energy point of view with a new-generation soil infrastructure (Geothermal energy, waste collection, rainwater/wastewater collection from the industrial compartment)
  • Lesson code10588652
  • Academic year2024/2025
  • CourseArchitecture - Urban Regeneration
  • CurriculumArchitettura - Rigenerazione urbana
  • Year2nd year
  • Semester1st semester
  • SSDICAR/14
  • CFU12
  • Subject areaProgettazione architettonica e urbana