Page 2 of 5, 62 Master Programs in Computer Engineering in Europe for 2024

Use your creative talent and programming skills to plan, design, and build innovative software and apps that provide meaningful experiences to users.

This specialist option of the MSc Computational and Software Techniques in Engineering has been developed to deliver qualified engineers to the highest standard into the emerging field of digital signal and image processing who are capable of contributing significantly to this increased demand for both real-time and off-line systems operating over a range of mobile, embedded and workstation platforms.

The Computer Modelling program ensures students learn to use computer modelling technologies and to participate in their development, to participate in the generation and analysis of hypotheses and ideas, scientific, empirical and applied research, and the interpretation of results, to develop research and analytical skills and a professional ethics code, and to learn how to generate reports.

The Master’s degree in Control Systems Engineering aims to train engineers with the ability to model, analyze, and control the behavior of a wide array of robotics, industrial, financial, biological, and information systems and networks. Particular emphasis is placed on learning and design methods that employ the best available data analysis, artificial intelligence, and optimization methods.

The Master’s degree in Computer Engineering is designed to convey world-class competencies and abilities for mastering and developing advanced IT systems. The program provides strong methodological foundations as well as the practical skills required to deal with advanced applications in several areas of Computer Engineering.

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, processing, and analytics. An increasing volume of data is daily produced by modern-day industrial processes (in fields such as energy, intelligent transport systems, health, tourism, and many others, etc.), and fuelled by the rise of multimedia content being shared and the Internet of Things in our daily life. Artificial Intelligence is now empowering applications that require large-scale and smart processing of data to build accurate predictive models.

The Master's program in Data-Centric Engineering is based on blending applied mathematics with computer science and engineering. During your studies, you will learn about artificial intelligence and machine learning and how mathematics and statistics form their basis. This will enable you to understand data and modern modeling and analysis methods, such as deep neural networks, profoundly and apply them to problems with societal impact.

The Digital Engineering Master's programme places a high premium on introducing you to current research issues that are jointly defined and supervised by industry partners at an early stage. The Digital Bauhaus Lab is a state-of-the-art university research facility offering optimal conditions for success.

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.

Smart, embedded systems are found everywhere in our daily lives, and with the rapid development of artificial intelligence and the Internet of Things, our dependence on smart technology will only continue to increase. Thanks to the Embedded Systems master's program, you will acquire the skills and confidence to innovate the embedded systems of tomorrow.

The main objective of the Master of Science in Computer Engineering/Master of Engineering in Computer Engineering program is to educate and train in-depth engineers in various fields of computer engineering, who will subsequently be able to solve advanced computer engineering problems using software tools and state-of-the-art equipment. In this problem-solving process, technological constraints and constraints inherent to the problem at hand, both in terms of hardware and software, are taken into account. Furthermore, the program aims to introduce students to the cutting-edge research and innovation currently taking place in the various areas of Computer Engineering. For further info please email mousikou.vasiliki@ucy.ac.cy

The Intelligent Embedded Systems curriculum’s focus is on the enabling technologies, design methodologies, and implementation strategies of intelligent cyber-physical systems, where computation, networking, and physical processes meet and get integrated. There are two tracks available: EIT Digital Master School track - in which the first year is attended in the University of Bologna and the second one in another partner university; Local track - in which both years can be attended in the University of Bologna The curriculum empowers students to become world-class innovators and specialists in the field of embedded systems.

The aim of study is to train IT engineers who are highly qualified in natural sciences and engineering, and are able to design IT systems and devices, develop and integrate IT systems, perform and coordinate research and development activities.

A graduate has the knowledge and skills the numerical methods for a wide range of energy/power applications. The knowledge will be very useful for performing the complex thermal–flow simulations using commercial and uncommercial software, utilize artificial intelligence as well as the conventional approach to the energy/power solving problem.

With Master’s in Software Engineering and Information Systems you will acquire solid academic training and essential up-to-date skills and knowledge of the latest methods, tools, and technologies to work as an expert or a manager in a global ICT company.