Program Overview

Computer and Control Engineering Program

The Computer and Control Engineering program at Sapienza University of Rome is designed to provide students with a comprehensive education in the field of computer and control engineering. The program aims to equip students with the knowledge and skills necessary to design, develop, and implement complex systems and technologies.

Curriculum

The curriculum for the Computer and Control Engineering program is divided into three years, with a total of 180 credits. The program includes a range of courses in computer science, control engineering, and mathematics, as well as elective courses and a final exam.

• First Year:
  • Foundations of mathematics (9 credits)
  • Elements of probability and statistics (6 credits)
  • Introduction to programming (9 credits)
  • English language (3 credits)
  • Advanced programming (9 credits)
  • Foundations of algebra and geometry (9 credits)
  • Physics (12 credits)
• Second Year:
  • Software design (9 credits)
  • Mathematical programming (9 credits)
  • Dynamic systems (9 credits)
  • Foundations of communications and Internet (9 credits)
  • Computing systems (9 credits)
  • Control systems (9 credits)
  • Algorithms and data structure (9 credits)
• Third Year:
  • Business economics and organization (9 credits)
  • Modelling and simulation (9 credits)
  • Automation (9 credits)
  • Elective course (12 credits)
  • Electronics (6 credits)
  • Laboratory of automatic control (6 credits)
  • Final exam (3 credits)

Optional Group: Three-Dimensional Modeling

The student must acquire 6 credits from the following exams:

• Databases (6 credits)
• Computer architectures (6 credits)
• Foundations of artificial intelligence (6 credits)
• Computer security (6 credits)
• Advanced operating systems (6 credits)
• Web technologies and systems (6 credits)
• Training (6 credits)
• Laboratory of engineering in computer science (6 credits)

Educational Objectives

The Computer and Control Engineering program aims to provide students with a range of educational objectives, including:

• Knowledge and understanding of computer science, control engineering, and mathematics
• Ability to design, develop, and implement complex systems and technologies
• Ability to analyze and solve problems in the field of computer and control engineering
• Ability to communicate effectively and work in a team
• Ability to learn and adapt to new technologies and methodologies

Learning Outcomes

Upon completion of the program, students will be able to:

• Design and develop complex systems and technologies
• Analyze and solve problems in the field of computer and control engineering
• Communicate effectively and work in a team
• Learn and adapt to new technologies and methodologies
• Apply knowledge and understanding of computer science, control engineering, and mathematics to real-world problems.