No restricted admission. Start of studies The programme begins each summer semester. Applicants with foreign certificates please apply till 31 January via uni-assist e.V.. Programme objectives

The objective of the programme is to acquire a sound base of knowledge and skills in the field of electrical engineering. Students acquire skills in the areas of power engineering, automation technology and communications technology. In addition to sharing up-to-date content and trends, there is a particular focus on teaching basic concepts, methods and approaches based on in-depth knowledge. Students will need to successfully deal with demanding tasks at a high level in their subsequent careers. The aim, therefore, is to develop skills that enable graduates to familiarise themselves with new areas quickly, independently and systematically, to organise tasks, find solutions and present the results convincingly and competently.... [-]

This master objectives include the acquisition, by students, of theoretical knowledge and the necessary skills for its application in the fields of Electronics and Telecommunications, or Energy and Automation. The course also aims to actively contribute to promote national technological development and enhance added value in the country’s and region’s industry, through the development of projects, dissertations and industrial placements in companies and R&D institutions.

Curricular plan

1st Year

Electromagnetic Compatibility Project Management Introduction to Research

1st Year - Electronics and Telecommunications

Integrated Electronics Communication Networks Technologies Audio and Video Coding Cellular Network Design Multimedia Communication Systems ... [-]

Highlights

The purpose of this degree program is to train highly qualified specialists capable of solving complex engineering and management tasks in power industry. The program is focused on preparing students for leading edge positions in the area of automated electromechanical and heat power systems in following industries:

metallurgy, oil and natural gas industry, mechanical engineering, electric transport etc.

Our students will benefit from outstanding learning experience available and acquire in-depth knowledge of up-to-date and innovative technologies in

electric drive systems; information systems; industrial networks; dust, gas, water treatment systems; modern electrical and heat engineering equipment; distribution of electricity and thermal energy; industrial safety. ... [-]

THE HIGH-LEVEL INTERNATIONAL TRAINING CURRICULUM IN VEHICLE LIGHTING SYSTEMS

The vehicle lighting sector is currently undergoing major changes with new technologies such as LED lights, as well as new and complex lighting systems functionalities. This changing landscape provides an opportunity to explore new avenues for innovations based on lasers, smart lighting solutions, and new lighting functionalities. Therefore, three major Engineering Schools in Transportation Engineering (ESTACA), Optical Sciences (Institut d’Optique Graduate School) and Design (STRATE – Ecole de design) join their experience in engineer training to develop a high-level international Advanced program designed for training cross-skilled engineers for the field of vehicle embedded lighting systems. The training structures are strongly connected to research and actively supported by industrial players.... [-]

This programme contains both theory and applications and prepares you for advanced engineering work in industry or for graduate studies.

Wave propagation and signal processing are important fields in the technical society of today. There are many technical and industrial applications that require knowledge of both these subjects, notably wireless communication and antenna and microwave technology.

During the first year, you will study the mathematical and statistical methods that are the foundations of advanced level telecommunications theory. You will also meet applications in the form of radio systems and microwave and antenna technology.

In the second year, you can specialize theoretically or study adjacent subjects such as physics or computer science. Some courses are given every other year and can thus be studied during year 1 or 2. The thesis work is a process where you transform your knowledge into scientific writing. In this, you will benefit from the elements of research methodology that are contained in the programme.... [-]

M.Sc. in Electrical & Electronics Engineering

Portable design and operation of modern industrial and service systems require integration of human, material, equipment and financial resources. In recent years this integration has become tighter due to the inclusion of information technology and resulted in more complex systems.

Industrial Engineering research focuses on quantitative analysis, synthesis, and management of such complex systems. The limited faculty members come from the Industrial Engineering department of the College of Engineering, the Operations and Information Systems group of the College of Administrative Sciences and Economics, and other related fields.... [-]

Program Overview

The program offers training students in research and production activities. The training is focused on the practical solution of tasks of electric power energy renewable sources operation and development of power supply systems including distributed generation.

The program is aimed at training students to become specialists of new generation owning system and fundamental knowledge of integration of distributed generation in power systems; electric energy quality; power electronics; emergency modes in electric power engineering systems; protection and control of power supplying systems including distributed generation; renewable energy; numerical and optimization methods; theory of electromagnetic field; management systems for electric machines; theory of electric networks control; power energy storage system; digital measuring systems; hydropower plants; wind power industry; control over renewable energy sources generators.... [-]

You will be taught using the latest advances in teaching methods and electronic resources, as well as small-group and individual tuition.

Applicants require a 2.1 or international equivalent and/or a masters at merit level or above in a relevant subject, as well as an IELTS level 6.0 (5.5 in each element). Particular features of the programme include:

one-to-one tuition with expert members of staff teaching informed by active leading-edge researchers in the field innovative and engaging teaching modules access to many online resources flexibility in course content

Facilities

Our facilities are outstanding and include a Gigahertz transverse electromagnetic cell, an RF anechoic chamber, an optical materials evaluation system lab, an RF lab, a photoluminescence lab, optics and ultrasonic labs comprising multiple optical benches, semiconductor clean rooms, power electronic module packaging facility, 270 kVA variable frequency ac supply, dynamometer testing to 800 kW and 120,000 rpm, and environmental testing including temperature, altitude, humidity and vibration.... [-]

Master Program in Mobility Systems Engineering and Management

Part-time further qualification for engineers.

Electronic systems are omnipresent. They range from portable devices, such as digital watches and smartphones, to large stationary installations like factory controllers or power plant control systems.

The graduates of the Mobility Systems Engineering and Management master program receive a unique interdisciplinary education in systems engineering and state-of-the-art technologies in autonomous driver assistance systems or e-mobility at one of the best technical universities worldwide.

Under the master program, knowledge is acquired on:

automotive systems in times of Internet of Things (IoT) systems life cycle processes analytics for mobility systems specialization: Advanced Driver Assistance Systems specialization: e-Mobility ... [-]

What will I learn?

This course is for you if you are looking for an accredited Electronic Engineering degree that develops your specialist knowledge in the field while working in multidisciplinary teams. Our joined-up, research-oriented approach to learning supports personal development and provides key skills that are aligned with best commercial practices – and much sought after by leading employers. This enables our graduates to contribute within a variety of sectors, such as microelectronics, design and production, energy, transport, the built environment, information and communications.

You’ll learn through lectures, tutorials, example classes, face-to-face contact with academics for resolving module queries, laboratories, coursework assignments and projects. Practical work in electronics starts from the first year with the third-year individual project and fourth-year multidisciplinary group project forming major parts of your degree. State-of-the-art laboratories are equipped with software and instruments to support the varied teaching activities in electronic engineering. The course significantly benefits from our close links with industry.... [-]

Level

Master's

Duration

Two years

Classes held in

L'Aquila

Admission typology

Open admission with assessment of personal competencies and skills

Internationalization

Degree course with international curricula

Language

English

Teaching methods

Lectures and seminars

Partner universities École Centrale de Nantes (France) École Polytechnique de l'Université de Nantes (France) École Polytechnique de l'Université Grenoble 1 (France) École Polytechnique Universitaire de Nice Sophia Antipolis (France) ENSEA - École Nationale Supérieure de l'Électronique et de ses Applications, Cergy (France) Supélec, Paris (France) Universitat Politècnica de Catalunya, Barcelona (Spain) Université de Nantes (France) Université Joseph Fourier - Grenoble (France) Université Nice Sophia Antipolis (France) Université Paris-Sud (France) Université Toulouse III Paul Sabatier (France) Modules Advanced and Software Defined Networks Antennas and Microwaves/Antenne E Microonde Combinatorics and Cryptography Wireless Communications/Comunicazioni Wireless Digital Signal Processing and Multimedia Digital Electronic Systems 1/Elettronica Dei Sistemi Digitali 1 Environmental impact of EM fields/Impatto Ambientale Dei Campi Elettromagnetici Laboratory of SDR, SDN, and IoT English Language level B2/Lingua Inglese B2 Mathematical Physics 2 Electromagnetic Design/Metodi Di Progettazione Elettromagnetica Misure sui Sistemi di Telecomunicazione/Measurements for Telecommunication Systems Modellistica e controllo di reti di telecomunicazioni/Modelling and control of communication networks Nanophotonics/Nanofotonica Network Optimization Photonic Networks Propagation and Modeling of Communication Channels Embedded Systems/Sistemi Embedded Telerilevamento/Remote sensing Digital Communications/Trasmissioni Numeriche [-]

Professional outings

The master's degree speaks for the Telecommunication Engineer's profession according to the objectives and competences defined for it and established in Order CIN 355/2009.

Curriculum

The Curriculum is structured in common subjects for all the students complemented with a block of optional subjects that include the realization of practices in company. At the same time, each of the subjects has been designed considering the homogeneity of its contents and competences, trying to ensure, also, a correct sequencing of the same. For this, the subjects group subjects according to affinity of competences and contents of the same.

The nature of the majority of subjects is compulsory, leaving a single subject of optional character with contents from which the student must select a total of 6 ECTS (two elective subjects). In turn, for the Final Master's Project it consists of 24 ECTS.... [-]

Faculty of Electrical Engineering and Computer Science

Study Branch

Electrical Power Engineering

Branch Profile

A high-quality theoretical education and a universal basis of application-focused studies ensure high adaptability of the graduates to all particular requirements of their future professional practice, either in operation and engineering or in science and research. The basic subjects include applied mathematics, selected principles of electrical power engineering, and electrical heat technology. The course is divided into five specializations: Transmission and Distribution of Electric Power, Generation of Electric Power, Electrical Power Engineering in Transport, Electrical Machines, and Devices, Commercial Electrical Engineering, specializing in the following subjects - electrical power engineering of industrial and distribution networks, power plant equipment, electrical power engineering in transport, electrical machines and devices, and technological processes. Further, the department offers the following optional subjects – electromagnetic compatibility, diagnostics of electric equipment, theoretical electrical power engineering, transient events in electrification systems, designing electricity distribution networks, computers for measurement and diagnostics, protection and automation in distribution networks, control of electrification systems, and many others, see the syllabus.... [-]

Accredited by: IET

The MEng / BEng Electrical and Electronic Engineering will prepare you to compete for a wide range of job opportunities in the UK and internationally. While gaining a broad understanding of emerging electrical and electronic engineering, and the engineering business environment, you'll also develop essential leadership, management and communication skills and the global perspective you need to excel in a career in engineering.

Rapid advancements in communications, sensor technologies, robotics, and high-speed electronics, combined with newer technologies such as machine learning and computer vision continue to revolutionise the world we live in.

Our programme provides you with the necessary skills and experience that will enable you to take your place in the fastpaced world of electrical and electronic engineering as a creator of next generation, intelligent, connected devices and systems.... [-]

Objective of the Program

Master program (MSc) in electrical power engineering aims to educate students with the competencies in both theoretical and practical problems solving in the field of electric power complex operations based on intelligent automation systems and up-to-date electric power equipment of both high and low voltage levels.

Key Advantages

Program graduates are highly trained for the professional activities in the field of electric power and electric power equipment at multinational companies in different countries. Our students acquire skills and develop professional competences in the operation of energy power systems based on advanced intelligent technologies.Our graduates develop theoretical and practical competencies enabling them to participate in research and development as well as testing and operation of modern electrical power engineering systems.Scholarships to study abroad in English in one of the European partner universities (a semester or a summer school).... [-]