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Devices and silicon processing; ASIC (based on analogue/digital VLSI) and MEMS design; silicon micromachining and other emerging process technologies; system design methodology; device design styles: detailed optimisation (cost and power), principles and applications. Examples will include physical and chemical microsensors, MEMS and microsystems. Automotive, environmental, industrial and healthcare applications. Students are expected to solve problems taken from the recommended text-book (ex...

ES434 (18/19)

PRINCIPAL AIMS This module aims to present the current (advanced) technologies and trends in development that will shape future electrical power systems. The students will gain a comprehensive knowledge and understanding of the construction, operation and control principles of power systems. They will learn advanced analytical skills for examining different modes of operation in complex systems. The content includes the following main elements: - Generation, Transmission and Distribution of E...

ES97A (18/19)

Cities have traditionally adapted to the raise of new technologies, like cars or telephones, for instance. Nowadays, digital technologies and data in particular are transforming the material, cultural, social and political spheres of the urban realm. These transformations require new theories and research methods to understand the spaces, scales, and agents involved in the relationships between data and the urban. This module offers an insight into some of these current theories and methodolo...

IM919 (18/19)

The module is aimed at introducing interdisciplinary perspectives on current challenges faced by cities and urban science, in order to develop a critical understanding of the role of digital technologies, big data and urban analytics for promoting sustainable urban development in “smart city” initiatives worldwide. This is achieved through a series of invited talks featuring both academic and professional experts, which is accompanied by a discursive seminar. For further information please co...

IM927 (18/19)

WHAT LINKS SHORTENING WORLD WAR II BY TWO YEARS, LANDING A MAN ON THE MOON AND KNOWING IF IT WILL RAIN TOMORROW? COMPUTER MODELLING PLAYED A KEY ROLE IN CRACKING THE ENIGMA CODE, PREPARING FOR THE APOLLO LANDINGS AND PROVIDING THE FIRST ACCURATE WEATHER FORECASTS. As computing permeates everyday life at an increasingly rapid pace, it is becoming critical for students of ALL disciplines to appreciate the capabilities and consequences of describing real-world phenomena on a computer. STEM stude...

IL027 (18/19)

DisabilitySteer

Syllabus WEEK 1: ART, MEDIA, AND ACTIVISM—HOW WE GOT TO TODAY (LECTURE AND SEMINAR) Sets the scene through a brief history of art- and media-activist practices leading up to today, examining the impact of social and technological change; also looks at the impact of networks on art’s autonomy, and the relation between theory and practice, as well as the specificity of the digital as a medium WEEK 2: CAPITAL, LABOUR, AND VALUE IN A DIGITAL AGE (LECTURE AND SEMINAR) Looks at the ways contemporar...

IM933 (19/20)

Cities have traditionally adapted to the raise of new technologies, like cars or telephones, for instance. Nowadays, digital technologies and data in particular are transforming the material, cultural, social and political spheres of the urban realm. These transformations require new theories and research methods to understand the spaces, scales, and agents involved in the relationships between data and the urban. This module offers an insight into some of these current theories and methodolo...

IM919 (19/20)

ES434 (19/20)

HA2C0 (19/20)