AIMS AND CONTENT

LEARNING OUTCOMES

The course provide the students with a foundational understanding of the principles and applications of systems and control engineering, including essential concepts such as system modeling, analysis, and design.

AIMS AND LEARNING OUTCOMES

The course "Introduction to Systems and Control Engineering" aims to provide students with an introduction to the principles and techniques of systems engineering, focusing on four main areas: industrial automation, autonomous vehicle control, logistics and urban and interurban traffic models, and environmental system models for sustainable development.

Educational Objectives:

1. Industrial Automation: Provide knowledge on control and automation systems used in industry to improve the efficiency, productivity, and safety of production processes.
2. Autonomous Vehicle Control: Introduce the concepts and technologies underlying autonomous driving, including sensors, control algorithms, and artificial intelligence.
3. Logistics and Urban and Interurban Traffic Models: Examine optimization models for logistics and traffic, aiming to improve the flow of goods and people while reducing congestion and environmental impact.
4. Environmental System Models for Sustainable Development: Study models that describe environmental systems and their applications to promote sustainable development, in line with UN objectives.

Learning Outcomes:

1. Industrial Automation:
   • Knowledge of automatic control systems for industrial applications.
   • Understanding of automation technologies and their implications for productivity and safety.
2. Autonomous Vehicle Control:
   • Knowledge of key technologies and algorithms used in autonomous vehicles.
   • Skills in analyzing and developing control systems for autonomous driving.
3. Logistics and Urban and Interurban Traffic Models:
   • Knowledge of using mathematical models to optimize logistics processes and traffic flow.
   • Ability to develop innovative solutions for traffic and logistics management, reducing environmental impact.
4. Environmental System Models for Sustainable Development:
   • Understanding of environmental models and their application for sustainable resource management.
   • Knowledge of how to use these models to support strategic decision-making in environmental contexts.

This course will provide students with an introduction to the necessary tools to tackle complex and multidisciplinary challenges in systems engineering, promoting an integrated and sustainable approach.

SYLLABUS/CONTENT

1. Introduction to Systems Engineering
   • Definition and scope of systems engineering
   • Fundamental principles and methodologies
2. Industrial Automation
   • Basics of automation and industrial control
   • Automatic control systems and applications
   • Sensors and actuators
3. Autonomous Vehicle Guidance
   • Introduction to autonomous driving
   • Types of sensors: LiDAR, radar, cameras
   • Control algorithms and artificial intelligence
4. Logistics and Urban and Interurban Traffic Models
   • Principles of logistics and traffic models
   • Logistics optimization and traffic flow
   • Technologies for smart mobility
5. Environmental System Models for Sustainable Development
   • Introduction to environmental systems
   • Models for sustainable resource management
   • Strategies for sustainable development in line with UN goals
6. Assignment of Scientific Paper and Formation of Working Groups

RECOMMENDED READING/BIBLIOGRAPHY

Throughout the course, instructors will provide a selection of scientific articles and in-depth readings relevant to each topic covered, offering students a unique opportunity to explore the discussed themes in depth during the lessons.

TEACHERS AND EXAM BOARD

Exam Board

DAVIDE ANGUITA (President)

ANDREA SCIARRONE

ROBERTO SACILE (President Substitute)

MERIEM GUERAR (Substitute)

CECILIA CATERINA PASQUALE (Substitute)

SILVIA SIRI (Substitute)

ENRICO ZERO (Substitute)

LESSONS

LESSONS START

https://corsi.unige.it/en/corsi/8719/studenti-orario

https://easyacademy.unige.it/portalestudenti//index.php?_lang=en

EXAMS

EXAM DESCRIPTION

The exam for the "Introduction to Systems and Control Engineering" course will be centered around the discussion of a scientific paper. Students will work in groups to thoroughly analyze and deepen their understanding of the paper, culminating in a comprehensive report. This process will follow a peer-to-peer approach, encouraging collaborative learning and critical thinking. The final evaluation will consist of two components: an individual interview to assess each student's understanding and insights, and the evaluation of the group report. The final grade will be based on the performance in both the individual interview and the quality of the group report.

ASSESSMENT METHODS

Interview

Exam schedule