Page 2 of 2, view Masters Programs in Computer Engineering in Europe 2019
A masters is earned after students complete an undergraduate degree program. To obtain a masters, you usually need to complete 12 to 18 college courses that often involve completing comprehensive tests and/or a thesis.
Master in Computer engineering, this is a degree of engineering that have a major focus on software development and engineering but will also touch on the physical nature and functions of a computer integrating electrical engineering.
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Master's Degree in Computer and Automation Engineering
The title has been designed fundamentally with the aim that the students of the Degree in Computer Engineering can complement their academic training and know the procedures and newest and relevant techniques in the field of Professional Informatics and its applications. The design is carried out having as a differentiating element the emphasis on standard, free and open source technologies, both for the relevant role they have acquired as a backbone in the ICT sector, and for the added value that this entails in the learning of The contents developed. This bet is transferred transversally to all the subjects that compose the master.
The 3iL Cycle Engineering is accredited by the CTI, the French Engineers Securities Commission, which guarantees the quality of the program and its relevance to business needs. The 3iL engineer training is resolutely turned towards the trades of computer and connected world. It follows the requirements of the CTI by offering his teachings in 3 major areas: Science, Computer Science and Humanities.
The Electronics and Computer Engineering (ECE) Master's Program was designed for students with backgrounds in electronics engineering and computer sciences. The experience of the past 2 decades have shown that complex systems from the small (smart cards, mobile phones) to the large (Internet, networked storage, server farms) can be only designed and developed by teams of electronics engineers and computer scientists, since they consist of hardware and software components that have to interact and cooperate with one another.
Embedded sensors can be found in home and consumer electronics, medical electronics, in vehicles, within industry, army, and aviation, and even in space. The Master’s programme teaches you how to design embedded sensor systems and how to connect them to different products, programmes and apps and their features. The Master’s Programme in Embedded Sensor Systems was developed in cooperation with the industry and researchers and therefore, it responds to current and future market needs.
The URV-UOC online Master's Degree in Computer Engineering and Mathematics (ECiM) offers interdisciplinary training in the areas of engineering and applied sciences. The ECiM programme includes cutting-edge topics such as computer modelling and simulation, numerical methods, parallel and distributed computing, knowledge representation, networks and graphs, and applied optimisation. The aim of the degree is to prepare students for...
Computer Aided Engineering covers the use of computers in all engineering activities from the design to the manufacture of a product. CAE provides virtual product development environments allowing 3D models to be created, analyzed and optimized.
Everything wants to be connected. Enter the program and shape the new boundaries in computing. The studies combine theoretical and practical components with a view to the hands-on experience demanded in the computer industry, a significant portion of the program is devoted to practical software and hardware design experiments and prototyping. Theoretical knowledge and engineering skills are acquired in Computer Systems and Communication Networks, and Distributed Systems and Machine Learning.
The Master's Degree in Computer Engineering (MUEI) is the official university master's degree, of a professional nature, which completes the process of adaptation of the Faculty of Informatics of the UDC (FIC) to the EHEA and ensures the acquisition of all competences Which must have a higher degree in Computer Engineering, following the recommendations established by the professional framework.
Embedded systems are the most common form of computer system, utilizing around 98 percent of all manufactured processors for their applications – from sewing machines and cars to satellites and power plants. The common denominator for these systems is high-level demands on functionality and reliability.
The Computer Science, Management and Engineering course programme responds to two essential requirements of our time: on the one hand, the ever-growing need to computerise businesses, and on the other hand the need to manage activities more and more efficiently.
The course provides skills considered fundamental to the profession but also addresses specific skills. The goal is to train an engineer with expertise in the areas of computer systems, information systems, industrial automation and information technology, advanced hardware and software architectures, control of processes and electronic systems.
The "Big Data" phenomenon is rooted in the field of data science and engineering, which aims at developing both computer and mathematical tools for data storage and processing. An increasing volume of data is daily produced by modern-day industrial processes (in fields such as energy, intelligent transport systems, aviation industry and many others...), and fuelled by the rise of multimedia tools and the Internet of Things in our daily life.
The Branch is focused to the exploitation of computers and automation of technological processes above all in the metallurgical industry by application of knowledge in the field of theory of automated control, integrated computer systems, modern methods of control with the exploitation of artificial intelligence and applied informatics and control of technological aggregates and processes.
In the new Master Program in Information Systems Engineering and Management, IT specialists and computer scientists, as well as business administrators and engineers, will be enabled to advance internal and external digitalization and to assume leadership functions, especially in the field of the digital transformation of companies.