Masters programmes

Current year courses

Master's degree in Computer Science and Engineering

The Master degree in Computer Science and Engineering has been running at the University of Verona since the academic year 2009-2010. It aims to provide students with the methodological bases for addressing issues related to the design, analysis and development of complex computer systems.


Part of the programme is dedicated to deepening and expanding upon on fundamental knowledge acquired in the Bachelor degree (in Science or Engineering), providing students with a host of tools for looking at complex problems in the field. Another part of the programme provides state of the art knowledge in the main methods of modelling, design, analysis and evaluation of algorithms and systems (hardware and software) able to manipulate data from either discrete or continuous sources.


The postgraduate programme is enhanced by research carried out by the Department of Computer Science of the university.

Master's degree in Mathematics
For application deadlines and further information please visit the Program's webpage or e-mail us:

The University of Verona (Italy) offers a two year (120 ECTS) Master's Program (Laurea Magistrale) in Mathematics taught in English, with an applied curriculum designed according to the standards of ECMI (European Consortium for Mathematics in Industry).

The Program has a strong international flavour, with many classes held by international visiting faculty.
The approach is also interdisciplinary, involving people from computer science, life and health science, economics.

Target students have a Laurea Triennale or an equivalent foreign degree (Bachelor), with a strong basic training in Mathematics. There is a wide choice of stage proposals, both within University of Verona research teams and at external facilities.

Students having completed the program will be able to devise mathematical models for problems coming from other scientific areas, and to contribute to their solution, both through reference to appropriate literature and by using and developing computational tools. They will also be able to clearly communicate problems, ideas and solutions concerning mathematics to a general or specialized audience. Last but not least, they will be able to work in teams with other scientists, and/or to enroll in a PhD program.

Prospective careers are in banks, industry, research in Applied Math, Economics, Computational Sciences, high school teaching.

The main Concentrations of the Program are on:
  • Mathematical finance
  • Mathematical methods for image processing, life and health sciences, coding theory and cryptography
  • Foundations and teaching of mathematics (partially in Italian)
Master's degree in Medical Bioinformatics

The goal of the Master Degree in Medical Bioinformatics is to train graduates able to perform executive and coordination functions in the areas of design, development, management and maintenance of information systems in medicine, biology and health systems, with particular regard on biomedical oriented complex software innovation in science and technology for diagnostic and therapeutic purposes, to complex information systems for the management of clinical and bioinformatic data bases, software for processing medical and biological data in clinical decision support systems, health information systems with heterogeneous and complex architectures, visual interfaces for bioinformatics. To that objective, the Master Degree in Medical Bioinformatics will provide the theoretical basis, methodological and technological multi- and inter- disciplinary needs to address the problems related to the design, analysis and development of intelligent systems in complex bioinformatics and medical informatics.
The specific educational objectives of the degree course can be articulated as follows:

  • Theoretical, methodological, experimental and applied knowledge in the core areas of computer science, with particular reference to the application domains of biology and medicine
  • Knowledge of techniques and methodologies in data and processes design for the development of computer systems in medical and bioinformatics-genomic;
  • Knowledge of information systems, analysis and mining of bioinformatics and medical data;
  • Knowledge of the main software platforms, sequencing techniques, bioinformatics data bases for public use and the used standards for the representation and communication of data;
  • Ability to design, implement and integrate software modules for genome analysis and web services implementation oriented to the management of biological and clinical data;
  • Ability to identify the components and tools suitable for the treatment of complex problems of bioinformatics and medical informatics, where interdisciplinary skills must be integrated.

For the internationality of the scientific, technical and economic aspects of informatics and its applications in Medicine and Health Systems, the training will be entirely offered in English.

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