Overview of the program
in collaborazione con la Fondazione Chips-IT
The Post-Master Vocational Program aims to provide solid skills in the field of Microelectronics to individuals who are already knowledgeable in this area and individuals who have not gained insights into these topics, even though they may have developed similar skills. The course is designed to broaden the training offered in the field of Microelectronics, in light of the increasing diffusion of microelectronic devices in systems of all kinds (domestic, industrial, etc.).
Obiettivo del Master è di creare una rete di collaborazione, sempre più ampia ed internazionale, nel settore della Microelettronica che veda Pavia come proprio baricentro, data la presenza:
The purpose of the Vocational Program is to create an increasingly wide and international collaboration networking in the field of Microelectronics, with Pavia acting as a key hub, given the presence of:
- a Doctorate of National Interest in Micro- and Nano-Electronics
- the Chips-IT Foundation
- the University-led Microelectronics District Partnership, involving major national and international companies, such as Allegro Microsystems, Ams-OSRAM Italy, Analog Devices, ASR Microelectronics, Cadence, Eskube, Marvell, Huawei, Infineon Technologies Italy, Invensense-TDK Italy, Inventvm Semiconductor, Monolithic Power Systems, NXP, On- Semi, Orca Semiconductor, Photeon Technologies, Renesas, Siae Microelectronica, Siemens, Synopsis and STMicroelectronics.
The Vocational Program will be taught entirely in English, with internationally renowned lecturers.
Graduates of the Vocational Program will be qualified to work in all institutions involved in integrated circuit development, including:
- universities
- research centres
- Microelectronics companies, with the Milan-Pavia area being home to a large number of them,
making the course unique at an European level.
1) RF DESIGN
Introduction
- Basics of RF Circuits.
Case 1
- Design Consideration for the Development of an LNA&Mixer Block.
Case 2
- Design Consideration for the Development of a Frequency Synthesizer Block.
Lab
- Laboratory Experience in RF Design.
2) MIXED-SIGNAL DESIGN
Introduction
- Basics of Mixed-Signal Circuits.
Case 1
- Design Consideration for the Development of an ADC.
Case 2
- Design Consideration for the Development of a DC-DC Converter.
Lab
- Laboratory Experience in Mixed-Signal Design.
3) DIGITAL DESIGN
Introduction
- Basics of Digital Circuits and Systems.
Case 1
- Design Consideration for the Development of a Digital Block no. 1.
Case 2
- Design Consideration for the Development of a Digital Block no. 2.
Lab
- Laboratory Experience in Digital Circuits and Systems.
4) CAD
- Expert of CAD
5) ANALOG SIGNAL PROCESSING
- Use of different Analog Signal Processing Techniques.
6) INTEGRATED CIRCUIT TECHNOLOGIES
- Different Features for Different Applications.
7) IC MANAGEMENT AND BUSINESS ORGANIZATION
- Management Aspects of the Development and Production of an IC.
Other activities
Internship/Stage
Language:EnglishCFU:12Final exam
Language:EnglishCFU:1
Information notice
Participation by students in the various training activities will be structured as follows:
- online participation is planned for the first two periods
- in-person participation in Pavia is planned for the third period for intensive design workshops. During this phase, highly advanced, qualified, and well-recognized teaching and research workshops will be organized in Italy and abroad at the Department of Industrial and Information Engineering
- during the fourth period, in-person participation is expected as part of an internship to be carried out at a partner company of the Vocational Program.
(LM-21) Classe delle lauree magistrali in Ingegneria biomedica
(LM-25) Classe delle lauree magistrali in Ingegneria dell'automazione
(LM-27) Classe delle lauree magistrali in Ingegneria delle telecomunicazioni
(LM-28) Classe delle lauree magistrali in Ingegneria elettrica
(LM-29) Classe delle lauree magistrali in Ingegneria elettronica
(LM-30) Classe delle lauree magistrali in Ingegneria energetica e nucleare
(LM-31) Classe delle lauree magistrali in Ingegneria gestionale
(LM-32) Classe delle lauree magistrali in Ingegneria informatica
Ordinamenti previgenti e altri titoli di studio accettati/eccezioni:
(25/S) Classe delle lauree specialistiche in ingegneria aerospaziale e astronautica
(26/S) Classe delle lauree specialistiche in ingegneria biomedica
(29/S) Classe delle lauree specialistiche in ingegneria dell'automazione
(30/S) Classe delle lauree specialistiche in ingegneria delle telecomunicazioni
(31/S) Classe delle lauree specialistiche in ingegneria elettrica
(32/S) Classe delle lauree specialistiche in ingegneria elettronica
(33/S) Classe delle lauree specialistiche in ingegneria energetica e nucleare
(34/S) Classe delle lauree specialistiche in ingegneria gestionale
(35/S) Classe delle lauree specialistiche in ingegneria informatica
<p>The Organizational Secretary will be based at:</p>
<p>Dipartimento di Ingegneria Industriale e dell'Informazione<br />
Via A. Ferrata, 5 - 27100 Pavia (PV)<br />
E: nicoletta.galli@unipv.it<br />
PH: + 39 0382.98.5898.</p>
<p> </p>