United Kingdom
The UK has probably one of the most cosmopolitan societies within Europe and you will study with people from all over the world in this truly multicultural society. The variety of universities and degrees is broad and degrees will be accepted worldwide. Some of the world's best universities like Oxford or Cambridge are located in the United Kingdom as well.
176 Masters in Electrical Engineering
Electrical engineering is a field of engineering that deals with the different aspects and applications of electricity-related phenomena. Important sub-disciplines of electrical engineering are power engineering, systems and control engineering as well as signal processing and telecommunications.
Find and compare 176 Masters in Electrical Engineering in United Kingdom. Below is a selection of the available study options. If you're interested in studying Electrical Engineering in United Kingdom you can view all 176 Master's programmes. You can also read more about the Electrical Engineering discipline in general or about studying in United Kingdom.
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Master in Software Engineering (Online)
The 100% online MSc in Software Engineering is designed to provide students with a complete understanding of every aspect of the development process, from concept and design to testing, QA and implementation. In addition, students can customise their degree by choosing from a variety of elective modules - XML, e-commerce, security engineering and more.
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Master in Electrical & Electronic Engineering with Industrial Experience
One of the challenges for the 21st Century is to reduce the level of the harmful emissions that are thought to be responsible for climate change. To achieve this, whilst at the same time maintaining our present standard of living, requires more efficient generation, distribution and use of energy. Electrical energy is 'clean' at the point of use, but care still needs to be taken in its generation and use, if harmful emissions are to be reduced.
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Master in Electrical Power Systems
The MSc Electrical Power Systems will give you the skills and specialist experience required to significantly enhance your career in the electrical power industry. The programme builds on a long-term involvement with the power industry, the education of power engineers and extensive research work and expertise within the Department of Electronic and Electrical Engineering.
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Master in Wireless Communications
Develop a thorough understanding of some of the most important technologies that are transforming our communications systems. This popular, intensive programme is taught in our world-leading Communications, Signal Processing and Control Group (cspc).
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Master in Intelligent Systems
The Aberystwyth Masters in Intelligent Systems covers four main themes within the discipline. These are: 1) Adaptive Behaviour, which covers Artificial Life, Adaptation in Nature, and Application to Intelligent Systems; 2) Representation and Reasoning, which looks at how systems cope with uncertainty and how they use different modes of reasoning to cope with their environment; 3) Machine Learning, which looks at how systems learn from experience and improve performance; and 4) Applied Intelligent Systems, in which you will apply techniques learned during the course to construct real-world intelligent systems.
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Master in System Level Integration
The course concentrates on understanding the process of SoC design, the use of IP blocks and the architecture of modern electronic systems. The curriculum provides an opportunity to acquire advanced skills in hardware engineering, embedded software and systems architecture, leading to a highly marketable qualification in electronic systems design.
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Master in Electrical and Communications Engineering
This programme extends and combines the technical knowledge acquired on undergraduate programmes in electronics and/or communications engineering. It covers communications engineering and the electronics of communications engineering in a broad sense, with in-depth study in selected areas.
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Master in Nanomaterials for Nanoengineering
Nanomaterials is a novel discipline at the cross-over of material science and generic nanotechnology. It deals with the synthesis and properties of materials which have structures less that 100 nm in dimension, such as free-standing nanopracticles, nanograins in a polycystal or nanoscale inclusions, phases or films within another material. The combination with engineering demonstrates the link between the structural and functional properties of these nanomaterials with the perspective applications as novel devices engineered at the nanoscale.
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Master in Applied Acoustics
It's a vocational course that's ideal if you already have the Institute of Acoustics (IOA) Diploma in Acoustics and Noise Control and now want to gain a masters award in acoustics.
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Master in Autonomous Robotics Engineering
Course overview • This course is available full-time over one year. • It is made up of nine assessed modules, an individual project and a group robotics project. Autonomous robotic systems are becoming increasingly important in society, ranging from domestic use such as vacuum cleaners, to search and rescue in hazardous environments. Recent advances in the area, particularly in understanding the safety of such systems when they operate in environments with humans, means that further study is necessary for those who wish to be equipped for the challenges in both industry and academic research.
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Master in Advanced Engineering
This course provides you with the opportunity to study subjects from a broad range of Engineering disciplines. For example, the Department offers modules in mechanical, electrical, electronic, software, and communications engineering.
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Master in Nanoelectronics and Nanomechanics
The MSc in Nanoelectronics and Nanomechanics has been developed in response to demand from graduates of electronic and mechanical engineering courses, for postgraduate study in the field of nanotechnology. It shares some modules with its sister course Nanoscale Science and Technology, but also introduces new, custom-designed modules covering the electronic and mechanical engineering aspects of nanotechnology.
