84 Computer Engineering Master's Degree Programs

The program of Cybersecurity aims at teaching engineering students the knowledge and solid skills in advanced specification, design, development, implementation, and maintenance of secure systems.

This application-oriented engineering master's degree program in Computer Science will equip you with in-depth skills and knowledge in the application of algorithms, programming, and machine learning in the context of real-world business problems. A key component of the program is the concept of "computational thinking." As a student at Gisma University of Applied Sciences, you will be taught how to use abstraction and decomposition to tackle large complex tasks, design large complex systems, and analyze large data sets.

The Master of Science (MSc) in Digital Technology Engineering is a 2-year program offered by Fontys University of Applied Sciences. You will get an extra specialization in Digital Technologies and you will learn about software & hardware, AI, machine learning, data analysis & statistics, and develop new skills.

The Master in Computer Engineering is a Professional Master's Degree that prepares students to practice the profession of Computer Engineer and is configured in accordance with the recommendations for the verification of official qualifications in the profession of Computer Engineer, from the General Secretariat of Universities (BOE 4 August 2009).

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.

Become a sought-after expert with cutting-edge knowledge and strong professional connections.

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 Future Begins Here. A research intensive institution powered by a strong R&D infrastructure and a networked global alliance, the School offers its students the prospects of pioneering next-generation research in a wide spectrum of technological areas.

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 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 MCE reconciles two objectives:

The complex nature of contemporary challenges often requires interdisciplinary solutions, and therefore needs professionals with the ability to connect theory and practice, who can solve problems collectively across traditional disciplinary boundaries.

Current computer systems are made up of various computing elements interconnected at all levels, both at the level of the large servers that support cloud services and the distributed computing systems that make up the edge and interact with the outside world through through sensors and actuators, constituting what has been called the Internet of Things (IoT - Internet of Things).

The master's program in computer engineering offers students a chance to deepen their understanding of core topics like computer hardware, software, and system design. It combines advanced coursework ...

Contribute to advanced solutions in industrial processes by designing the software and hardware of complex embedded systems in vehicles, pacemakers, chipsets, and other devices. The design of embedded systems is at the core of technological and industrial progress. Embedded systems are building blocks of medical devices, automobiles, industrial machinery, and GPS systems. Even your car’s antilock braking system (ABS) is an embedded system. The design of such systems is crucial for their functionality. If an embedded system can't perform the required task in time with the required quality, this has an immediate effect on the safety of the person. Furthermore, cost- and energy efficiency are crucial.