Electrical engineering is a professional engineering field which deals with various electric-related issues like electric power engineering, electronics, power electronics. It has many sub-disciplines that are microelectronics, telecommunication engineering, signal processing, control engineering, computer engineering, integrated circuits, digital electronics, power engineering, optoelectronics. The field aims to look into the problems of electronic systems which can be large scale (electric-power engineering) or small scale (nanoelectronics). The discipline aims to provide knowledge about generation, distribution, transmission and application of electrical energy. Graduates can work as engineers in very broad job occupations, starting from manufacturing of electronic components to electrical power systems and telecommunication engineers.
The interaction between computer science (software)and electrical engineering (hardware) requires an integrated approach. You'll have to draw on knowledge of both software and hardware.
EIT ICT Labs Master School offers an international Master's program on ICT Innovation, combining and integrating technical majors with a fully standardized minor on Innovation and Entrepreneurship. As a student in the EIT ICT Labs Master School you not only get fundamental knowledge and skills on a technical topic, but also learn how to drive your innovative ideas to the market.
The dynamic and rapidly evolving field of communication technology is one that has changed our lives immeasurably in the last decade. The power, speed and availability of information will continue to define our social, political and economic landscape.
Embedded systems are the most common form of computer systems. Around 98 percent of all manufactured processors are in embedded systems 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 last twenty years have seen mankind enter an unprecedented age of communication and connectivity. The Internet and mobile phone technologies are now ubiquitous tools for many of us, but vital, cutting-edge advancements in the field are continually necessary.
The MSc Wireless Systems will enable you to move your career forward in this rapidly-expanding industry, by providing a solid foundation of knowledge combined with business skills and awareness of emerging technologies.
From the science and maths that goes into ensuring thousands of fans enjoy the same experience at a gig, to public speeches and designing studios - audio engineering plays a major role in the delivery of music and sound. Our course is unique in that it combines the study of acoustics, audio system design and software engineering. In fact, you'll develop an understanding of everything in which audio plays a part and the science behind it.
There are very few industries that do not rely on machines and improvements in technology to help them deliver their goals. The successful integration of cutting-edge engineering and a holistic, human approach to systems operations is a crucial area that will become increasingly important in the future.
`Digital technology has revolutionised our civilisation. The study programme in electronics targets principally the development of the related technologies.
During the MSc programme in Electrical Power Systems and High Voltage Engineering (EPSH), you will study future power supply sources and the structure of future power supply systems.
Artificial Intelligence offers a unique integrated and modern approach from the viewpoints of Informatics, Logic, Cognition, Psychology, Philosophy and Linguistics.
The MSc in Mechatronics is an integration of Electrical and Mechanical Engineering. It has been specifically designed to fulfil the needs of modern industry requiring knowledge in both fields and incorporates a significant input from industry to complement its academic foundations.