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Course Sheet Academic Year of enrolment:
Professor and Collaborators:
Hours of classroom activity:
Prerequisites:
Basic knowledge of physics and heat transfer. Basic knowledge of chemistry and technology of building materials. Basic knowledge of survey, drawing and representation, including drawing skills and computer aided design.
Objectives
Contents The teaching activities are aimed at the acquisition of both theoretical and practical knowledge for the technological building design.
In particular, the course includes the following contents:
a) Comfort, minimum building requirements and the performance approach (5 hours);
b) Simple residential building typologies - use and functions (5 hours);
c) The building organization, the relationship with the environment and principles of passive technologies (5 hours);
d) Natural and artificial construction materials (5 hours);
f) Form and structural function, construction principles (5 hours);
g) Simple and complex structural systems. Foundation structures, elevation structures, vertical connections. (5 hours);
i) Opaque envelope technologies (10 hours)
f) Exercises and group project (20 hours)
Extended Syllabus The teaching activities are aimed at the acquisition of both theoretical and practical knowledge for the technological building design.
In particular, the course includes the following contents:
a) Comfort, minimum building requirements and the performance approach (Design of the shape and orientation of the building. Notes on thermal and visual comfort.) (5 hours)
b) Simple residential building typologies - use and functions (The building organization as a system. Universal design and removal of architectural barriers.); (5 hours)
c) The building organization, the relationship with the environment and principles of passive technologies (5 hours)
d) Natural and artificial construction materials (Technology of concrete, natural stone, wood, steel and glass, polymeric and composite materials) (5 hours)
f) Form and structural function, construction principles (5 hours)
g) Simple and complex structural systems. Foundation structures, elevation structures, vertical connections. (5 hours)
i) Opaque envelope technologies (10 hours)
f) Exercises and group project (Design of a simple building organism and its sub-systems. Realization of plans, carpentry, sections and construction details) (20 hours)
Recommended Bibliography 4. References
-E. Dassori, R. Morbiducci, Costruire l’architettura. Tecniche Nuove;
-AA. VV. Manuale di Progettazione Edilizia. Hoepli;
-AA. VV. Grande Atlante dell’Architettura (tra cui Atlante delle Facciate, Atlante dei Materiali, Atlante della Sostenibilità). UTET;
- AA.VV.: Il nuovo Manuale dell'architetto - coordinatore: B. Zevi - Ed.
-Technical and scientific journals;
-Further material will be available on the teacher's personal page.
Teaching Methods The methods of carrying out the lessons and teaching support activities include:
-Frontal didactic lessons;
-Theoretical / practical exercises and projects in groups and / or individuals;
-Reviews and checks of exercises and projects.
Evaluation methods Verification of learning:
By means of exercises, the theoretical concepts will be applied to the building component design. The learning progress of the students will be monitored through group and/or individual projects.
The final exam will consist of an individual oral test to assess the final knowledge and disciplinary skills of the students. In addition, the exercises and the projects carried out will be discussed and presented by the students. Consequently, the ability of every student in applying the theoretical concepts in the building technological design of will be assessed.
The preparation of the students will be assessed in a range from 0 to 30.
Contacts/More Information - Semester in which the course is delivered: Second.
- Registration for the course is mandatory.
- Attendance: attendance is recommended in particular for participation in group and / or individual exercises and projects.
- Exam dates according to the general planning of the bachelor’s degree Course in Construction Engineering (DM 270)
- For students entitled to exemption from class attendance, specific training courses, exercise and projects will be defined to be conducted individually.
Teacher reception hours:
Friday after 12:00 a.m. in presence or online (Send an email for appointment).