Study modes: Full time | Part time evening
Course description: Research supervision is available in all areas of staff expertise relating to electronic systems engineering.(read more)
Study modes: Full time
Course description: The research group investigates the use of microwaves in the industrial scale processing of materials and minerals; the research in this theme looks at how microwave energy can be used to improve the efficiency and viability of such processing.(read more)
All electronic engineering courses at University Of Nottingham
Study modes: Full time
Course description: Research focuses on power electronics, machines and drive control; with its own 1MVA substation, over 50 commercial drives and 18 research stations, including load rigs up to 750kW; the principal research areas are shaft-sensorless control of AC drives, robust control, control of embedded power systems, direct AC-AC (Matrix) converters, high-power converter topologies, efficiency of machines and drives, and advanced instrumentation techniques.(read more)
All electronic engineering courses at University Of Nottingham
Study modes: Full time | Part time evening
Course description: Covers basic principles of different systems and techniques studied and ability to design and develop next generation of digital communication systems.(read more)
All electronic engineering courses at Loughborough University
Study modes: Full time
Course description: 3 major research institutes: institute for signal processing and communications: mobile communications group; broadband networks group; signal processing group; institute for system level integration; institute for energy and environment: high voltage technology and dielectric materials group; power systems analysis group; intelligent systems and protection group; machines and power electronics group; pulsed power group.(read more)
All electronic engineering courses at University Of Strathclyde
Study modes:
Course description: The course is designed for UK industrially-based, part-time students; it combines traditional classroom-based study with modern web-based distance learning; it is provided by a consortium of the UK’s universities: Birmingham, Nottingham and Newcastle; the course provides a knowledge and understanding of the diverse disciplines (devices; converters; control theory; and motor drive systems) that are essential to all power engineers.(read more)
All electronic engineering courses at University Of Nottingham
Study modes: Full time
Course description: During these semesters, students select a group of classes to either obtain a broad knowledge of electronic & electrical engineering systems or to specialise in a particular area; the list of classes is extensive and may include the following: Energy conversion and drives; power system analysis and design; electricity markets and systems economics; sales, purchasing and marketing; robotics design; measurements and feedback systems; high voltage.(read more)
All electronic engineering courses at University Of Strathclyde
Study modes: Full time
Course description: The aim of this advanced course is to provide a natural follow-up to typical undergraduate courses in electrical and electronic engineering, concentrating on the commercially important and rapidly expanding area of embedded digital systems for communication and control; the topics covered include embedded system design; software engineering; data communications; signal and image processing; and embedded control systems.(read more)
All electronic engineering courses at Heriot-Watt University, Edinburgh
Study modes: Full time | Part time evening | Sandwich
Course description: This programme is designed to equip students with the knowledge and skills needed to play a leading part in the future research, development and application of electronic technologies.(read more)
All electronic engineering courses at University Of Birmingham
Study modes: Full time
Course description: Research topics are grouped into the following areas: Communications; dependable systems and software engineering; electrical power engineering; electronic systems design; information: signals, images, systems (ISIS); intelligence, agents, multimedia (IAM); learning societies lab; nanoscale systems integration; optoelectronics research centre (ORC); pervasive systems centre; science and engineering of natural systems (SENSe).(read more)
All electronic engineering courses at University Of Southampton
Study modes: Full time | Part time evening
Course description: Total design approach to mechatronic products and systems, prepares students to contribute to work of multidisciplinary engineering teams.(read more)
All electronic engineering courses at Loughborough University
Study modes: Full time | Part time evening
Course description: During these semesters, students select a group of classes to either obtain a broad knowledge of electronic & electrical engineering systems or to specialise in a particular area; the list of classes is extensive and may include the following: Energy conversion and drives; power system analysis and design; electricity markets and systems economics; sales, purchasing and marketing; robotics design; measurements and feedback systems; high voltage.(read more)
All electronic engineering courses at University Of Strathclyde
Study modes: Full time
Course description: The degree is offered to postgraduates who wish to combine a structured teaching element with a specialist research project in any subject in electrical and electronic engineering.(read more)
All electronic engineering courses at University Of Nottingham
Study modes:
Course description: The group offers research opportunities in 3 research areas: High-power optoelectronics: focuses on high-power and high-brightness laser diodes, simulation and design, characterisation and degradation physics; photonic communications technologies: focus is on studying materials and devices that will have a major impact on future communications infrastructure.(read more)
All electronic engineering courses at University Of Nottingham
Study modes: Full time | Part time evening
Course description: There is a combination of taught coursework and industrial project(s) with emphasis on research in a business context; the course covers a range of projects dealing with application of photonics in the areas of communications, sensing and manufacturing; each project is carried out in close collaboration with sponsoring company.(read more)
All electronic engineering courses at Heriot-Watt University, Edinburgh
Study modes: Full time
Course description: Currently microsystems technology, also known as microengineering or microsystems engineering, is expanding rapidly, as is the demand for qualified engineers with specialist training; the course has recently been modified to incorporate new developments in the field.(read more)
All electronic engineering courses at Heriot-Watt University, Edinburgh
Study modes: Full time
Course description: 3 major research institutes: institute for signal processing and communications: mobile communications group; broadband networks group; signal processing group; institute for system level integration; institute for energy and environment: high voltage technology and dielectric materials group; power systems analysis group; intelligent systems and protection group; machines and power electronics group; pulsed power group.(read more)
All electronic engineering courses at University Of Strathclyde
Study modes: Full time | Part time evening
Course description: This programme is suitable for engineering, mathematics or physical sciences graduates who wish to specialise in themes in advanced mechanical engineering science or to support continued professional development; it offers a sound understanding of the relevant fundamental science, methods, analysis and engineering applications.(read more)
All electronic engineering courses at University Of Southampton
Study modes: Full time | Part time evening
Course description: Contact provider for further course (read more)
Study modes: Full time
Course description: Provides an opportunity to improve subject knowledge as well as English language and study skills before embarking on a Masters programme.(read more)
More Electronic Engineering courses
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Digital Audio Systems Ma
University Of Derby
Scott, June 2007Overall score
Its not all about learning and going to lectures! Make sure you have a good group of friends.
Study experience
The course was good, some lecturers that could speak english were good but unfortunately some didn't. Also the lecturers had their hands tied in terms of what they wanted to lecture and therefore the course suffered.
Facilities
Library is very good, but you must learn how to use it to your advantage.
Postgraduate life
Yes, but I didn't join any.
Job prospects
This review is the subjective opinion of a postgraduatesearch.com reviewer and not of postgraduatesearch.com.
Microelectronics Systems Design Msc
University Of Southampton
Saad, June 2007Overall score
Pursuing my masters degree at school of electronics and computer science (ECS), University of Southampton is indeed a remarkable experience. I have been looking for some challenging place to study and I think ECS has proven to be the place.
Study experience
Courses are up to date and faculty is experienced and knowledgable.
Facilities
Library and computers are good and well equipped.
Postgraduate life
Plenty of societies ranging in variety and interest.
Job prospects
Plenty of opportunities for ECS graduates.
This review is the subjective opinion of a postgraduatesearch.com reviewer and not of postgraduatesearch.com.
Mechatronics MSc
King's College London (University Of London)
Alex, May 2010Overall score
My graduation was in january 2010 from King's College London. After taking an MEng Engineering cours I found it a very rewarding and rich experience with tonnes of opportunities, and would recommend this uni to those who think they have what it atkes.
At King's , you are not only expected to work hard but you need to develop some core trasferable skills that have been developed by one of the leading lecturers in uni. My own experience is in Engineering, and I worked around 40 hours a week most of the time. The vacations are longer but usually loaded with work. you will have to work under pressure.
On a positive note there is flexibity in the time table. Exams take place at the end of each year so you get some time to revise and not be interrupted by lab work. It is possible, to move between Engineering subject areas , if you find your original choices are no longer suitable.
Study experience
My course was exactly as I thought as I researched well before joining. It is important to be dedicated but you should also learn how to network with other students and professors
Facilities
There is a gym with all the sports facilities you will need it only costs £140 throughout the year. The Maughan library is amazing,it's openning times are round the clock in the exams periods.
Postgraduate life
There are also many ways to get away from work - clubs and societies abound at college and university level for pretty much any activity you can imagine. Fortunately, facilities are provided at college as well as university (UNIVERSITY OF lONDON) level as there is a central student facility.
Job prospects
I have decided to work after I finished my course, and in the process of job hunting I have recieved help not only from the dedicated team of experts at the careers services but also from my lecturers and students who were willing to point me to the right direction. the career service is well established and it helps with everything ranging from CV to conducting mock interviews.
This review is the subjective opinion of a postgraduatesearch.com reviewer and not of postgraduatesearch.com.