- Docente titolare: Marta Fumagalli
- Docente titolare: Sara Pellegrino
- Docente titolare: Sergio Romeo
myAriel
Risultati della ricerca: 4886
- Docente titolare: Marco Borserio
- Docente titolare: Roberto Sironi
- Docente titolare: Alessandro Rizzi
- Docente titolare: Marco Anisetti
- Docente titolare: Elena Casiraghi
- Docente titolare: Matteo Luperto
- Docente titolare: Michele Barbato
- Docente titolare: Matteo Bianchi
- Docente titolare: Marco Bressan
- Docente titolare: Angelo Genovese
- Docente titolare: Vincenzo Marra
- Docente titolare: Andrea Visconti
- Docente titolare: Camillo Fiorentini
- Docente titolare: Camillo Fiorentini
- Docente titolare: Alberto Davide Adolfo Momigliano
- Docente titolare: Francesco Maria Spano
- Docente titolare: Nicola Bianchessi
- Docente titolare: Marco Bressan
- Docente titolare: Alberto Ceselli
- Docente titolare: Dragan Ahmetovic
- Docente titolare: Stefano Valtolina

- i dispositivi di input e di feedback multisensoriale
- il design e la valutazione dell'interazione
- conoscere i principi del design dell'interazione multisensoriale
- comprendere e progettare relazioni percezione-azione centrate sul suono e sull'interazione multisensoriale
- progettare e condurre esperimenti per la valutazione dell'interazione
- Docente titolare: Davide Rocchesso
- Docente titolare: Marco Mesiti
- Docente titolare: Luca Andrea Ludovico
- Docente titolare: Valerio Bellandi
- Docente titolare: Samira Maghool
- Docente titolare: Fatme Hachem
- Docente titolare: Arman Kheirati Roonizi
Overview and scope
This course offers a comprehensive introduction to computer programming using the C language, one of the most popular, efficient, and high-performing programming languages despite its age.
We will cover the essential components of C, beginning with an overview of computer architecture. Students will learn C's fundamental syntax and grammar, including primitive data types, expressions, statements, control structures, and functions. We will also introduce practical programming techniques. As the course progresses, students will explore more advanced concepts such as derived data types, pointers, and dynamic memory allocation.
The primary focus is hands-on programming practice with weekly laboratory exercises. Daily practice is highly encouraged, especially for those not yet experienced in programming.
- Docente titolare: Lorenzo Capra
The workshop is intended to provide students with an understanding of the UN-led development agenda adopted in Paris, an overview of the SDGs and to equip them with the managerial tools to develop and understand sustainable development projects.
The classes will focus on the project management approach to sustainable development, analyzing the different phases of sustainable development projects: Identification, formulation, implementation, monitoring and evaluation.
Methodology:
The course will provide an overview of the theory as well as practical sessions allowing students to have a hands on involvement in the workshop
Objectives:
The course’s objective is to expose students to result based management and to allow students to acquire an understanding of key practical tools in project management and the ability to apply them to sustainable development.
Learning outcomes:
By the end of this module, students should be able to:
- understand the workings of the Paris Agreement, Agenda 2030 and the SDGs
- apply the relevant management tools to all the phases of a sustainable development projects
Methodology:
Attendance is mandatory, students are required to attend 70% of classes, active participation is essential in order to pass the course. A final group assignment is mandatory and will be presented in class.
Final assessment:
The final grade will be based on class participation (35%), attendance (15%) and final assignment(50%)
- Docente titolare: Bianca Cravenna
The workshop is intended to provide students with an understanding of the UN-led development agenda adopted in Paris, an overview of the SDGs and to equip them with the managerial tools to develop and understand sustainable development projects.
The classes will focus on the project management approach to sustainable development, analyzing the different phases of sustainable development projects: Identification, formulation, implementation, monitoring and evaluation.
Methodology:
The course will provide an overview of the theory as well as practical sessions allowing students to have a hands on involvement in the workshop. The final assignment will be developed during the classes and presented at the end of the course.
Objectives:
The course’s objective is to expose students to result based management and to allow students to acquire an understanding of key practical tools in project management and the ability to apply them to sustainable development.
Learning outcomes:
By the end of this module, students should be able to:
- understand the workings of the Paris Agreement, Agenda 2030 and the SDGs
- apply the relevant management tools to all the phases of a sustainable development projects
Students requirements:
Attendance is mandatory, students are required to attend 70% of classes, active participation is essential in order to pass the course. A final group assignment is mandatory and will be presented in class.
Final assessment:
The final grade will be based on class participation (35%), attendance (15%) and final assignment(50%)
- Docente titolare: Bianca Cravenna