Second cycle degree in

ICT for internet and multimedia (2020/2021)

Class: LM-27 - Telecommunications engineering

Class LM-27 - Telecommunications engineering
Duration 2 years
Branch Padova
Language English
Tuition fees and scholarships
President of the Course of Study MICHELE ZORZI
Access Open access with admission requirements

Next Call for applications (international students):

  • 7th April-7th June: non-EU applicants residing outside Italy
  • 7th April-7th July: EU applicants or equivalent

The aim of this course is to follow the evolution of Information and Communication Technologies, taking advantage of a fluid learning path, provided entirely in English and numerous international experiences. It was designed to offer national and international students a quality multidisciplinary training, consisting of wide-ranging engineering skill sets and numerous application experiences, specific and cross-platform skills, to become trained professionals and aware global citizens. You may choose between four in-depth courses (Telecomunmications, Cybersystems, Photonics, Life and Health) and you will be able to take part in ICT innovations, in particular in the field of communication and multimedia networks. You will be able to work with telecommunication networks and systems operators, ICT and defense equipment manufacturing companies, software houses.

Curricula
CYBERSYSTEMS; ICT FOR LIFE AND HEALTH; INTERNATIONAL MOBILITY; PHOTONICS; TELECOMMUNICATIONS

  Deepening

Characteristics and objectives
The ever-increasing importance of Information and Communication Technologies (ICT) requires a paradigm shift in work proficiencies. The expertise of an engineer working in the broad area of ICT cannot be restricted to devices, software tools, and instrumentation, but requires a deeper and systematic know-how, with a holistic vision on data, network structures, and technologies for the future society. Additionally, the two pillars of the Internet and multimedia communications are bringing together several fields of knowledge, belonging to different technical backgrounds, and some even outside what is traditionally considered to be the scope of engineering.
The Master degree in "ICT for Internet and Multimedia," offered by the University of Padova, captures the evolution of professional engineering figures, and represents a modern teaching offer that combines both solid fundamental knowledge and advanced technological competences. This degree provides a multidisciplinary education path in the field of information engineering, with an innovative fluid teaching model. This gives the students the ability to mold their expertise towards several specific applied disciplines, while still receiving a solid general-purpose engineering culture.
For this reason, the program contains both strong theoretical courses and applied research-oriented teaching towards advanced technologies for the future society. The graduate in "ICT for Internet and Multimedia" is able to master complex systems, manage data, plan strategies, and perform innovative activities in the broad area of ICT, with specific focus on communication networks and signal processing, but also an underlying awareness of the physical reality that enables such systems to operate and communicate. Several professional figures can be formed by this program, including, but not limited to, transmission and communication specialists, ICT security consultants, multimedia communication engineers, experts of cyber systems, photonics scientists, and professional figures able to use technology for improving life and health.
Other relevant features of this program include a strong cross-disciplinary networking, similar to how the Internet brings together different subsystems; a genuine vocation toward internationalism and diversity, joining different cultures in the same spirit of multimedia communication; and finally, internships and practical experiences on the field with a tight-knit industrial collaboration, to make the ICT society a reality.

Occupational opportunities
Graduates in "ICT for Internet and Multimedia" are trained for the analysis, design, planning, and management of complex ICT systems and applications. They are qualified to provide technical support to business within manufacturing and service companies, or public administrations. They are also perfectly targeted at research institutions, or the academia. Their added value is given by their training in an international and collaborative environment, as well as by a rich proficiency in English.
They have ICT-specific capabilities as: ICT system designers; specialists and operators of ICT equipment and systems; researchers in the ICT sector and the next generation Internet; telecommunications networks and complex systems administrators, and designers; designers, administrators, and managers of platforms implementing multimedia services; technical analysts in regulatory bodies for telecommunications, ICT, and multimedia services. Moreover, they have multidisciplinary competencies as: experts in cybersecurity; designers and developers of Big Data algorithms and systems; system designers for the capture and processing of information from biological instruments, sensors, and actuators; designers and developers of Internet applications.
They find employment (at a regional, national, and international level) at: network and telecommunication system operators; manufacturers in the ICT sector and defense; public and private companies responsible for the management and development of ICT applications and services; high technology ICT enterprises, small or medium; enterprises in other sectors (transport, energy, health, etc.) who use the Internet and ICT technologies; system Integrators and ICT consulting firms; regulatory bodies, standardization bodies, and certification bodies; research and development centers, and the Academia; software houses; engineering consultants; networked multimedia services (business and entertainment).

Curricula
CYBERSYSTEMS; ICT FOR LIFE AND HEALTH; INTERNATIONAL MOBILITY; PHOTONICS; TELECOMMUNICATIONS

  Teaching list

I Anno PROGRAMMABLE HARDWARE DEVICES [ GIANMARIA COLLAZUOL ] PHYSICS DATA ANALYSIS [ MARCO BAIESI ] PROGRAMMABLE HARDWARE DEVICES [ GIANMARIA COLLAZUOL ] PHYSICS DATA ANALYSIS [ MARCO BAIESI ] PROGRAMMABLE HARDWARE DEVICES [ GIANMARIA COLLAZUOL ] PHYSICS DATA ANALYSIS [ MARCO BAIESI ] HIGH LEVEL PROGRAMMING [ MARCO ZANETTI ] LABORATORY OF BIG DATA ANALYTICS [ JACOPO PAZZINI ] QUANTUM OPTICS AND LASER [ PAOLO VILLORESI ] QUANTITATIVE LIFE SCIENCE [ SAMIR SIMON SUWEIS ] QUANTITATIVE LIFE SCIENCE [ SAMIR SIMON SUWEIS ] QUANTUM OPTICS AND LASER [ PAOLO VILLORESI ] QUANTUM INFORMATION AND COMPUTING [ GIUSEPPE VALLONE ] MOLECULAR PHOTONICS [ MARIA-GUGLIELMINA PELIZZO ] BIG DATA COMPUTING [ FRANCESCO SILVESTRI ] BIG DATA COMPUTING [ ANDREA ALBERTO PIETRACAPRINA ] BIG DATA COMPUTING [ FRANCESCO SILVESTRI ] BIG DATA COMPUTING [ ANDREA ALBERTO PIETRACAPRINA ] SPORTS ENGINEERINGS AND REHABILITATION DEVICES [ NICOLA PETRONE ] SPORTS ENGINEERINGS AND REHABILITATION DEVICES [ NICOLA PETRONE ] PHOTOVOLTAIC SCIENCE AND TECHNOLOGY [ NICOLA TRIVELLIN ] NANOSTRUCTURED MATERIALS [ -- -- ] PHOTOVOLTAIC SCIENCE AND TECHNOLOGY [ NICOLA TRIVELLIN ] NANOSTRUCTURED MATERIALS [ -- -- ] OPTOELECTRONICS FOR GREEN TECHNOLOGIES [ CARLO DE SANTI ] NETWORK SYSTEMS AND DYNAMICS [ SANDRO ZAMPIERI ] NETWORK SYSTEMS AND DYNAMICS [ SANDRO ZAMPIERI ] PROGRAMMING FOR TELECOMMUNICATIONS (MOD. B) [ FILIPPO CAMPAGNARO ] HUMAN COMPUTER INTERACTION [ LUCIANO GAMBERINI ] FOUNDATIONS OF DATABASES [ NICOLA FERRO ] WEB APPLICATIONS [ NICOLA FERRO ] FOUNDATIONS OF DATABASES [ NICOLA FERRO ] HUMAN COMPUTER INTERACTION [ LUCIANO GAMBERINI ] FOUNDATIONS OF DATABASES [ NICOLA FERRO ] NEUROIMAGING TECHNIQUES [ ANTONINO VALLESI ] HUMAN ELECTROPHYSIOLOGY [ PATRIZIA BISIACCHI ] CLINICAL NEUROPSYCHOLOGY [ -- -- ] CLINICAL NEUROPSYCHOLOGY [ -- -- ] NEUROIMAGING TECHNIQUES [ ANTONINO VALLESI ] HUMAN ELECTROPHYSIOLOGY [ PATRIZIA BISIACCHI ] COMPUTATIONAL GENOMICS [ BARBARA DI CAMILLO ] CLINICAL ENGINEERING AND HEALTH TECHNOLOGY ASSESSMENT [ ANDREA FACCHINETTI ] NEUROREHABILITATION AND BRAIN COMPUTER INTERFACES [ -- -- ] COMPUTATIONAL GENOMICS [ BARBARA DI CAMILLO ] CLINICAL ENGINEERING AND HEALTH TECHNOLOGY ASSESSMENT [ ANDREA FACCHINETTI ] DIGITAL FORENSICS [ SIMONE MILANI ] CRYPTOGRAPHY [ ALESSANDRO LANGUASCO ] CRYPTOGRAPHY [ ALESSANDRO LANGUASCO ] CONVEX OPTIMIZATION [ DOMENICO SALVAGNIN ] CONVEX OPTIMIZATION [ DOMENICO SALVAGNIN ] CONVEX OPTIMIZATION [ DOMENICO SALVAGNIN ] CONVEX OPTIMIZATION [ DOMENICO SALVAGNIN ] ECONOMIC POLICY AND LOCAL DEVELOPMENT [ FRANCESCA GAMBAROTTO ] ECONOMIC POLICY AND LOCAL DEVELOPMENT [ FRANCESCA GAMBAROTTO ] DIGITAL INNOVATION AND SOCIETY [ PAOLO MAGAUDDA ] ECONOMIC POLICY AND LOCAL DEVELOPMENT [ FRANCESCA GAMBAROTTO ] DIGITAL INNOVATION AND SOCIETY [ PAOLO MAGAUDDA ] PUBLIC SPEAKING LAB [ -- -- ] PROJECT MANAGEMENT [ LORENZO VANGELISTA ] PUBLIC VALUES IN MEDIA AND ICT [ CLAUDIA PADOVANI ] INTERNSHIP [ MICHELE ZORZI ] RESEARCH TRAINING [ -- -- ] INTERNSHIP [ MICHELE ZORZI ] RESEARCH TRAINING [ -- -- ] INTERNSHIP [ MICHELE ZORZI ] RESEARCH TRAINING [ -- -- ] RESEARCH TRAINING [ -- -- ] INTERNSHIP [ MICHELE ZORZI ] ENGLISH LANGUAGE B2 (PRODUCTIVE SKILLS) [ SIMONE CARMIGNATO ] PHOTONICS DEVICES (MOD. B) [ MARCO SANTAGIUSTINA ] FIBER OPTICS (MOD. A) [ LUCA PALMIERI ] OPTICAL NETWORKS [ LUCA PALMIERI ] NANOPHOTONICS [ DOMENICO DE CEGLIA ] BIOPHOTONICS [ DOMENICO DE CEGLIA ] ANTENNAS [ MARCO SANTAGIUSTINA ] ANTENNAS [ MARCO SANTAGIUSTINA ] ANTENNAS [ MARCO SANTAGIUSTINA ] BIOMETRICS [ SIMONE MILANI ] MACHINE LEARNING [ PIETRO ZANUTTIGH ] LIFE DATA EPIDEMIOLOGY [ LEONARDO BADIA ] MACHINE LEARNING (MOD. B) [ PIETRO ZANUTTIGH ] INFORMATION THEORY [ -- -- ] INTERNET OF THINGS AND SMART CITIES [ LORENZO VANGELISTA ] WIRELESS NETWORKS (MOD. A) [ MICHELE ROSSI ] MULTIMEDIA CODING [ GIANCARLO CALVAGNO ] MACHINE LEARNING [ PIETRO ZANUTTIGH ] DIGITAL COMMUNICATIONS [ LORENZO VANGELISTA ] COMPUTER VISION [ -- -- ] COMMUNICATION NETWORK DESIGN [ ANDREA ZANELLA ] 5G SYSTEMS [ STEFANO TOMASIN ] OPTICAL AND QUANTUM COMMUNICATIONS [ ROBERTO CORVAJA ] MACHINE LEARNING [ PIETRO ZANUTTIGH ] LIFE DATA EPIDEMIOLOGY [ LEONARDO BADIA ] STOCHASTIC PROCESSES [ MICHELE ZORZI ] INTERNET (MOD. A) [ MARCO GIORDANI ] NETWORK SCIENCE (MOD. B) [ TOMASO ERSEGHE ] NETWORK CODING [ MICHELE ROSSI ] NETWORK ANALYSIS AND SIMULATION [ MICHELE ZORZI ] MACHINE LEARNING [ PIETRO ZANUTTIGH ] INFORMATION SECURITY [ NICOLA LAURENTI ] GAME THEORY [ LEONARDO BADIA ] 3D AUGMENTED REALITY [ SIMONE MILANI ] LIFE DATA EPIDEMIOLOGY [ LEONARDO BADIA ] HUMAN DATA ANALYTICS [ MICHELE ROSSI ] DIGITAL SIGNAL PROCESSING (MOD. A) [ -- -- ] MACHINE LEARNING (MOD. B) [ PIETRO ZANUTTIGH ] E-HEALTH [ GIULIA CISOTTO ] BIOMETRICS [ SIMONE MILANI ] NEURAL NETWORKS AND DEEP LEARNING [ ALBERTO TESTOLIN ] FINAL PROJECT [ -- -- ] FINAL PROJECT [ -- -- ] FINAL PROJECT [ -- -- ] FINAL PROJECT [ -- -- ] FINAL PROJECT [ -- -- ] PHOTONIC TECHNOLOGIES (I.C.) [ LUCA PALMIERI ] TELECOMMUNICATION PRINCIPLES (I.C.) [ MICHELE ROSSI ] DIGITAL PROCESSING FOR LIFE AND HEALTH (I.C) [ -- -- ] TELECOMMUNICATION PRINCIPLES (I.C.) [ MICHELE ROSSI ] PHOTONIC TECHNOLOGIES (I.C.) [ LUCA PALMIERI ] NETWORK SYSTEMS (I.C.) [ TOMASO ERSEGHE ] NETWORK SYSTEMS (I.C.) [ TOMASO ERSEGHE ] DIGITAL PROCESSING FOR LIFE AND HEALTH (I.C) [ -- -- ]

Entry requirements:

  • Bachelor’s degree (or higher) in Engineering or related fields (e.g. Mathematics), with proven skills in Information Engineering and Mathematics
  • English language: B2 level (CEFR) or equivalent