Teaching

Computer Engineering (L-8)

(Naples Branch)

The aim of the Bachelor's Degree in Computer Engineering is to train a professional figure capable of working in the fields of design, implementation, operation, maintenance and management of information processing systems.

Upon completion of the course, the graduate in Computer Engineering will be able to fit into business realities characterised by continuous and rapid technological evolution. For this purpose, the degree course provides a broad and solid basic scientific and technological background, making the graduate capable of developing and using the methods and tools of information technology with engineering sensitivity, in order to address problems common to a broad spectrum of application scenarios. 

Furthermore, the degree course also prepares for further studies in second-level courses in both computer engineering and related fields in the area of information engineering.

The aforementioned objectives are achieved through an educational pathway that enables the graduate to:

  • have an adequate knowledge of the methodological-operational aspects of mathematics and the other basic sciences and be able to use this knowledge to interpret and describe engineering problems;
  • have an adequate knowledge of the methodological-operational aspects of the engineering sciences, both in general and in depth in the area of computer engineering;
  • be capable of conducting experiments and analysing and interpreting their data;
  • be able to understand the impact of engineering solutions in the social and physical-environmental context;
  • possess the basic cognitive tools to continuously update their knowledge.

Information Technology will be the focus of the training process. However, the course offers the opportunity to acquire skills in other engineering domains. At the end of the course, the candidate will be first and foremost an engineer, as well as a good computer scientist.

 

CAREER OPPORTUNITIES

Junior computer engineer

analyst-developer for the development and integration of any type of software application both proprietary or open source.

The computer engineering graduate:

  • applies the knowledge of computer programming especially in relation to imperative, object-oriented and script languages;
  • applies knowledge of databases, operating systems, computer architecture, internet technologies, as well as organizational economics, which provide an insight into business processes;
  • applies knowledge of software application development in any field using the principles and methods of software engineering, knowing how to integrate knowledge of web technologies, as well as knowledge of traditional architectures, industrial production and control areas and the latest mobile devices, up to the basic methods of artificial intelligence;
  • is able to apply basic knowledge of automatic controls, digital system electronics and telecommunications when working in industrial settings not limited to the IT sector.

The computer engineer will be able to work in IT companies of all sizes, manufacturing and service companies, public administrations and freelance as a consultant. The course offers a wide-ranging preparation, which constitutes a suitable basis for further studies with a Master's Degree.


Subject

CFU

SSD

Programming Complements

9

ING-INF/05

Elements of probability calculation and statistics

6

MAT/06

Physics

12

FIS/01

Fundamentals of algebra and geometry

9

MAT/05

Fundamentals of mathematics

9

MAT/05

Introduction to programming

9

ING-INF/05

English language

3

 

 

Software Development

9

ING-INF/05

Mathematical programming

9

MAT/09

Calculation systems

9

ING-INF/05

Control systems

9

ING-INF/04

Dynamic systems

9

ING-INF/04

Data structures and algorithms and complexity

9

ING-INF/05

Telecomumunications

9

ING-INF/03

 

Economics and business organization

9

ING-IND/35

Electronics

6

ING-INF/01

Fundamentals of computer theory

9

ING-INF/05

Operating systems and computer networks

9

ING-INF/01

Optional Course

12

 

Workshop - Computer Science

6

 

Internship

6

 

Final Dissertation

3

 


woman

Coordinator

 

 


 

 

STUDENT ADMINISTRATION OFFICE

Palazzina Romagnoli - Piano 1

Email: segreteria.studenti@unilink.it 

Tel: +39  06 3400 6246/6080

 

TEACHING OFFICE

Palazzina Romagnoli - 1st Floor

Office Hours
Monday - Wednesday - Friday: 10.00 - 13.00
Tuesday - Thursday: 14.30 - 16.30

Email: segreteria.docenti@unilink.it Tel: +39 06 3400 6064/6059/6249


In order to be admitted to the Degree Course, it is necessary to hold an upper secondary school diploma or other qualification obtained abroad, recognized as suitable by current regulations.

The adequacy of the initial preparation will be verified by means of a specific admission test, which is indicative and non-selective and consists of multiple-choice questions (CISIA test) on the following subjects: reading comprehension, logics, mathematics, physics and English language.

The adequacy of the initial preparation will be positively verified with the attainment, in the admission test, of the pre-established minimum mark for each subject. Candidates who do not achieve the minimum mark are assigned specific additional training obligations (OFA), which must in any case be fulfilled within the first year of the course.

 

 

 

The final examination of the Degree Course consists in the preparation of a written paper, known as the final dissertation, which describes an independently conducted investigative activity and which is written under the supervision of a supervision. The overall assessment is expressed in 110ths.

The activities related to the preparation of the final dissertation for the Degree will be carried out by the student in such ways as bibliographic survey, observation, research, theoretical analysis, numerical simulation, experimental interventions in laboratory or field situations.

The Course Council may also opt for a final examination that is managed through the completion of a predefined series of papers associated with specific subjects of the degree course, the topics of which must be coordinated with each other.

The final dissertation will be assessed by the supervising professor and there will be no oral discussion in public session. An evaluation board formulates the final assessment, awards the corresponding mark and the Director of the Department or his representative confers the degree.

The manner of conducting the final examination and its timing are defined in the academic calendar, published on the University website and communicated by the Student Administration Office. For further information, please consult the following link: https://www.unilink.it/en/students/final-dissertation


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