Technological and Digital Innovation Engineering applied to the Built Environment

Educational objectives

The course intends to give the fundamental concepts and tools of differential and integral
calculus for functions from R to R, of numerical series and of complex numbers, also in
several real variables.

Educational objectives

The course provides the students with the technical and cultural tools to be able to read,
understand and represent anthropic space related mainly to existing building structures.

Educational objectives

The course provides the fundamentals of classical mechanics and thermodynamics with
applications to elementary problems, in order to describe in physical-mathematical terms
natural phenomena seemingly simple.

Educational objectives

The course aims at providing the students with the knowledge on the traditional and innovative
materials employed in the building engineering.

Educational objectives

The course deals with the fundamental principles and applications of the electrotechnics
and the aim to introduce the basic principles of the measurementa of electrical quantities.

Educational objectives

Objective of the course is to provide the student with the basic knowledge of a foreign language to be able to work also in international companies

Educational objectives

Il corso fornisce le conoscenze dei fattori ambientali che influenzano la salute umana, con
particolare riferimento all’ambiente costruito.

Educational objectives

The course provides the methodological and computational tools to approach and to solve
several problems of interest in the field of applied hydraulics (pipe flows and open channel
flows).

Educational objectives

The course provides the methodological and computational tools to approach and to solve
several problems of interest in the field of applied hydraulics (pipe flows and open channel
flows).

Educational objectives

The main objective of this course is to introduce the study of the fluid flow behavior at rest
and in motion.

Educational objectives

The course provides the basis for the knowledge and management of terrestrial
data, the national planimetric and altimetric reference surfaces, the global and
local reference systems and the transformations among these systems.

Educational objectives

The course provides the basis for the knowledge and management of terrestrial
data, the national planimetric and altimetric reference surfaces, the global and
local reference systems and the transformations among these systems.

Educational objectives

The course aims to provide the basic knowledge on the buildings, considering their relationships
with the architectural, construction and environmental-technological context.

Educational objectives

The course aims to provide the basic knowledge on the buildings, considering their relationships
with the architectural, construction and environmental-technological context.

Educational objectives

This discipline aims to introduce the student to the knowledge and elementary design of
technical systems, in particular energy systems, at the service of buildings.

Educational objectives

The course aims to provide the basic knowledge on the buildings, considering their relationships
with the architectural, construction and environmental-technological context.

Educational objectives

The course aims to provide students with the fundamental knowledge of the principles and methodologies for
project with digital systems.

Educational objectives

The course provides the basis for the knowledge and management of terrestrial
data, the national planimetric and altimetric reference surfaces, the global and
local reference systems and the transformations among these systems.

Educational objectives

The course intends to develop a mastery of the approaches and methodologies of
environmental design and planning, with particular attention to participatory planning,
local development and sustainable development.

Educational objectives

The course provides the theoretical and practical basis of structural and continuum
mechanics.

Educational objectives

The course gives the students the knowledge needed to perform the design of
structural elements subjected to almost static load.

Educational objectives

The course intends to provide the students with the basic knowledge on the
domotics as an efficient and economic tool for improving the energy efficiency of a
building.

Educational objectives

The course intends to provide the students with the basic knowledge on the environmental
processes and systems to control the pollution phenomena, considering both the design and
operation criteria as well as the tools for automation and optimal management also remotely.

Educational objectives

The course intends to provide the students with the basic knowledge on the environmental
processes and systems to control the pollution phenomena, considering both the design and
operation criteria as well as the tools for automation and optimal management also remotely.

Educational objectives

The course intends to provide the students with the basic knowledge on the environmental
processes and systems to control the pollution phenomena, considering both the design and
operation criteria as well as the tools for automation and optimal management also remotely.

Educational objectives

This course aims to provide a basic knowledge on the mechanical behavior of the
soils and on the nature, composition and mineralogy of the soils emphasizing the
physical properties that mainly influence their response.

Educational objectives

The course provides the knowledge on the rock materials recognition, their natural
genesis and principles of hydrogeology.

Educational objectives

The course aims to provide conceptual models and practices and operating
procedures, to approach the study of the flow of water on the Earth's surface at
basin scale, in order to reach the sizing hydrological hydraulic infrastructures.

Educational objectives

This course aims to provide a basic knowledge on the mechanical behavior of the
soils and on the nature, composition and mineralogy of the soils emphasizing the
physical properties that mainly influence their response.

Educational objectives

This course aims to provide a basic knowledge on the mechanical behavior of the
soils and on the nature, composition and mineralogy of the soils emphasizing the
physical properties that mainly influence their response.

Educational objectives

The course intends to provide the basic knowledge to improve the efficiency of the
valorization systems for demolition products, through the application of selective
techniques, for a better recovery and their effective market placement.

Educational objectives

To carry out the internships, an academic tutor and a company tutor will be appointed to follow their progress

Educational objectives

The student, after having necessarily participated in internships and/or other training and orientation activities among those proposed by the Area Council, will have to complete the training course under the guidance of a reference teacher, completing a summary paper to be discussed. in the final test. The latter, to be carried out in the presence of the Graduation Commission, which also verifies the possession of suitable and relevant communication levels, has the aim of evaluating the achievement of the training objectives in reference to knowledge data, analysis and synthesis skills in relation to the problem of the thesis under discussion.