Master Degree in Electronics in Italy

View Masters Programs in Electronics in Italy 2017


A master's degree is a postgraduate academic degree. One must already have an undergraduate degree to apply for a master's program. Most master's degree program would require students to complete a master's thesis or research paper.

In electronics studies, students can have the opportunity to learn about circuits and their components. Electric energy may be explored in depth and topics such as switches, information processing and microelectronic engineering may be covered.

Officially known as the Italian Republic, the country is found in southern Europe. The official language is Italian and the cultural rich capital is Rome. Many of the world's oldest universities are located in Italy, in particular the University of Bologna (founded in 1088). There are three Superior Graduate Schools with "university status", three institutes with the status of Doctoral Colleges, which function at graduate and post-graduate level.

Top Master Programs in Electronics in Italy 2017

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Master in Electronic Engineering

Mediterranea University of Reggio Calabria
Campus Full time 2 years October 2017 Italy Reggio Calabria

The 2nd Cycle Degree Course (Master Degree) in Electronic Engineering is open to students already holding a 1st Cycle Degree (Bachelor Degree) in scientific and engineering disciplines with a focus on electrical/electronic subjects... [+]

Best Masters in Electronics in Italy 2017. The 2nd Cycle Degree Course (Master Degree) in Electronic Engineering is open to students already holding a 1st Cycle Degree (Bachelor Degree) in scientific and engineering disciplines with a focus on electrical/electronic subjects. This Course has been active for some 20 yrs and still offers a clearly recognised specialisation in the area of engineering, a true passe-partout for the widest professional and scientific contexts. The Course is designed with the aim of shaping young engineers with an in-depth knowledge about the scientific and technological aspects of electronics and electromagnetism, with a particular attention toward the application of these technologies. The study and application of mathematics, solid-state physics and chemistry is also among the main targets of the Course. The Course is organised in 12 subjects, among which 2 are chosen by the students according to their personal interests, with classroom lectures and extensive laboratory activities. The professional competences that the student will gain concern the ability of designing and using complex electronic systems in environments like telecommunications, photonics, smart power electronics, robotics and health care. First year Electromagnetic Fields II Microwave Engineering Chemistry and Processes for Microelectronics Environmental Data and Signals Processing Semiconductor Devices Solid State Physics Mathematical Methods for Engineering and Queue Theory System theory and optimal control Second year Electronic Systems for Energy Microelectronics Sensors & Transducers and Automatic Measurement Additional Educational Activities 12 ETCS chosen by the student Numerical Calculus and Programming Measures for Automation and Industrial Production Measurements for the Quality & Electrical Security VLSI Design Antennas and radiopropagation in complex environments Operations Research Advanced topics in electromagnetics Graph Theory6 Theory of cryptography Final dissertation [-]

Master's Degree in Electronic Engineering

University of Bologna School of Engineering and Architecture
Campus Full time 2 years September 2017 Italy Bologna

ECST students, international program fully taught in English, will attain knowledge in the basic issues related to advanced micro-nano-electronic devices, solid-state sensors and biosensors, including reliability features. [+]

Master goals ECST students, international program fully taught in English, will attain knowledge in the basic issues related to advanced micro-nano-electronic devices, solid-state sensors and biosensors, including reliability features. They will as well acquire skills in the modelling and design of digital and analog integrated circuits, advanced telecommunication systems, artificial intelligence and software engineering applications, automation systems and bioengineering. Learning activities ECST is a 120 credits, four-semester programme, consisting in core classes (60 credits), curriculum classes (18 credits), elective classes (12 credits), general-culture classes (9 credits) and a master thesis (21 credits). The core classes are mainly concentrated in the first year and aim to consolidate basic knowledge. During their second-year students can choose their curriculum classes mostly in the field of electronics and telecommunications with options in automation and robotics, computers and information processing, and bioengineering. The classes are organized with lectures, practice, design and laboratory activities. Career opportunities ECST graduates will be able to work in companies whose core business is the design and/or manufacturing of devices, equipment, systems, and infrastructures of electronic and optoelectronic type, including sensor systems, advanced telecommunication systems, applications of artificial intelligence and software engineering. Moreover, they will be able to effectively contribute to all working activities employing electronic technologies or infrastructures for signal processing in the civil construction, industrial and information fields, within public or private research Institutes, public Agencies, or Academia. Their responsibilities will be ranging from design to research, development, management and teaching. [-]

Master In Electronic Engineering

University of Cagliari
Campus Full time 2 years October 2017 Italy Cagliari

The course in electronic engineering degree favors the development of cross-functional knowledge and skills all'acquisire mastering the techniques of electronics and its applications in different fields of information engineering. [+]

Best Masters in Electronics in Italy 2017. Access to further studies. Courses of Third Cycle Professional status of the title. public and private sectors. final test characteristics. The final exam consists of the discussion of a report for an individual work, carried out by the student under the supervision of at least one professor of the Faculty of Engineering of the University of Cagliari, about technical aspects and / or relevant scientific area of ​​' information Engineering. The work will consist of a critical analysis of the state or the drafting of a project at least rough or the development of methods and techniques with a degree of originality or a transfer of methods and techniques from different fields in areas of ' information Engineering. The discussion will be held in front of a commission and you can make use of graphic media and IT. Skills required for access. Subject to the possession of the title of university studies degree as provided by law, for access to the course in electronic engineering master laura require the following knowledge and skills: - Ability to understand the text of the written and spoken language such as to identify key aspects of engineering problems. expression skills in spoken and written Italian language such as to allow the provision of reports on technical and engineering relevant topics in the form both colloquial and formal and drafting of project documents. - Ability of the English language, both written and spoken, at least at B1 level. - Logical capacity sufficient to allow us to abstract the fundamental aspects of engineering problems and to identify the cause-effect relationships of physical phenomena. - Knowledge and ability to use some advanced tools of mathematics: *) differential and integral calculus in one and several variables; *) Ordinary differential equations; *) Algebra and vector analysis; *) Matrices, systems of linear equations, eigenvalues ​​and eigenvectors; *) Laplace transforms and Fourier. - Knowledge and ability to understand and describe the main phenomena of physics: *) Mechanical; *) Oscillations and waves; *) Thermodynamics and energy principles; *) Electrostatic and electrodynamics; *) Electromagnetism. - Knowledge and ability to understand and describe the main phenomena of Chemical: *) structure and state of matter; *) Chemical reactions; *) Organic and inorganic chemical compounds. - Knowledge, application knowledge and skills in key areas of information engineering: *) theory and engineering applications of electrical and electronic circuits; *) Structure of matter and characteristics of electronic devices; *) Electronic systems for the analog and digital processing of electrical signals; *) Analysis and feedback control of linear dynamic systems; *) Processing, coding and transmission of electrical signals; *) The structure of computer systems and modern programming languages; *) Emission, transmission and reception of electromagnetic waves; *) Measure theory and operational methods for electrical and electronic measures. The possession of the above mentioned requirements will be verified on the basis of the curriculum and any admission tests for verification of personal preparation, in the manner provided by the academic regulations of the course of studies. specific educational goals. The course in electronic engineering degree favors the development of cross-functional knowledge and skills all'acquisire mastering the techniques of electronics and its applications in different fields of information engineering. Title conferred. Degree in Electronic Engineering Dublin Descriptors: I - Knowledge and understanding Graduates in Electronic Engineering will have acquired knowledge: 1) the methodological and operational aspects of mathematics and natural science related electronic engineering, and computer engineering in general; 2) the methodological and operational aspects of basic and advanced the following specific subjects for electronics engineering: electronics, electrical and electronic measurements, electromagnetic fields, to a level that you can understand and promote technological innovation in the sector; 3) of the advanced methodological-operational aspects of engineering disciplines type of particular interest for the information engineering, and electronics in particular, with specific reference to: for information processing systems, telecommunications, automatic, to a level enabling technology transfer; 4) of the main aspects of economic / social related to the profession of engineer; 5) the specific characteristics of advanced electronic engineering applications in at least one field of engineering information, useful for advanced and innovative applications. Our knowledge of the point 1) have occurred on the basis of satisfying the input requirements and are strengthened in the two years of the course and through their use for the formalization of the phenomena analyzed and the development of advanced engineering techniques in the various engineering courses that through optional and specific related teachings. The specific knowledge set out in points 2) and 3) are checked on the basis of the satisfaction of the input requirements, as regards the basic ones, and thus, as regards those advanced, developed and acquired through optional compulsory courses referring to specific sectors information engineering. The knowledge referred to in point 4) will be developed both through teaching and / or optional internship activities within specific vocational courses in engineering electronics. Knowledge defined in paragraph 5) are acquired either through compulsory courses and optional professionalizing through activities related to the individual work will be the subject of the thesis. As well as through the exams for the various teachings, the acquisition of knowledge and understanding can also be verified through reports and / or interviews during technical / practical activities. II - Applying knowledge and understanding Graduates in Electronic Engineering will have developed: 1) the ability to apply knowledge of mathematics and other basic sciences to interpret and describe, even in an original way, the information engineering problems , and in particular electronic; 2) the ability to design tests and experiments on both virtual and real complex systems and understand the results in order to develop innovative solutions to solve typical engineering problems in information engineering, especially in the field of electronics; 3) the ability to apply their skills and to identify solutions to complex engineering problems is to justify, support and argue its technical choices, even innovative, in the context of information engineering profession. These skills are mainly developed in the teachings core and related mandatory through discussion and examination of case studies, as well as during any technical / practices designed activities for integration into the working world. III - Making judgments The Graduate Degree will be able to make its own assessment and / or judgment based on the interpretation of the available data and abstract patterns, as well as identify ways, including original and innovative, the additional data collection that may be necessary in order to achieve greater certainty about complex information engineering issues, particularly electronics. This is expressed by the capacity of knowing how to do, knowing how to take initiatives and decisions in the awareness of the risks, taking into account both the evolution and development of the technique also impact economic and social choices. Well as through specific courses aimed learning the techniques for developing formal models and acquisition and processing of data and signals, these capabilities will be developed throughout the course of studies through the integration of the teachings. The verification of the maturity and independence of judgment is carried out continuously by the teachers during the training through periodic and final audits. In particular, the teachings that provide for significant design component, through exercises, term papers and / or laboratory work, and the final test, based on an original work, to assess the ability of independent judgment of the student. IV - Communication skills The Graduate Degree must know to communicate effectively to the party's ideas and proposals for solutions, including innovative and high complexity, clarifying their ratio as well as information, both technical and general. Will know how to choose the form and the appropriate means of communication interlocutor, both specialist who does not specialist. This will be expressed through the ability to properly use both the technical language that the formal and knowing how to illustrate in a clear and simple concepts and typical information engineering issues, particularly electronics. He will be able to communicate effectively in written and oral form, in English, as well as in Italian. Communication skills input, whose minimum level is considered certified by the graduation of university studies degree, are developed through the teaching of teachers who, using various forms of communication, are an example of effective communication. The exams, providing overall both written and oral evidence, constitute both an incentive to develop both main forms of expression that a verification of the achievement of the same opportunity. It will be valued the acquisition of additional language skills through the recognition of credits for the achievement of knowledge claims of foreign languages ​​at least at level B1, and B2 with respect to the English language. Language / and official teaching, and assessment of the preparation. ITALIAN V - Learning skills The Graduate Degree in Electronic Engineering will have developed self-training skills that are necessary for an engineer to update continuously the evolution of science and technology in the field of information engineering. He has developed the ability to tap into different literature sources, both in Italian and in English, in order to acquire new skills. The Graduate Degree in Electronic Engineering will have the self-learning ability needed to undertake further studies, as a second-level Master courses and Doctorate in the field of information engineering, and in particular electronics, as well as to undertake the task working at research centers and advanced design. its development with regard to advanced and innovative themes of information engineering is achieved with constant reference to various literature sources, also in English giving for granted a significant learning skills certified by the achievement of the university studies of the first level degree, for the preparation of the exams and the final exam. In addition, to facilitate this objective, the Study Programme can organize special seminars on topics of interest to an engineer information. The verification of the ability to learn is contextual to the skills assessment during the exams, including through the use, for some courses, for verification terms that require the preparation of a paper on untreated cases during the courses. [-]