School of Technology
About this community
The mission of the School of Technology is to provide a focus and framework for its constituent departments to formulate and express views pertinent to technology, methods and processes, both within and without the University, recognising that technology has its own priorities and its own criteria for success: above all, technology departments recognise a duty to influence and be influenced by society at large and to work towards the creation of wealth and an improved quality of life. Institutions within the School are: the Department of Chemical Engineering and Biotechnology, the Computer Laboratory, the Department of Engineering, Judge Business School and the Cambridge Institute for Sustainability Leadership.
Find out more about the School of Technology at http://www.tech.cam.ac.uk/.
Sub-communities within this community
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Department of Chemical Engineering and Biotechnology
Includes research areas relevant to food, pharmaceuticals, water, energy and polymers (i.e. most aspects of our everyday life) and is centrally concerned with sustainable development and the related issues of safety, health ... -
Faculty of Computer Science and Technology
Current research areas include bioinformatics, computer architecture, computer vision, distributed systems, graphics and human-computer interaction, logic and semantics, machine learning, natural language processing, ...
Recent Submissions
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G-equation modelling of thermo-acoustic oscillations of partially-premixed flames
Numerical simulations aid combustor design to avoid and reduce thermo-acoustic oscillations. Non-linear heat release rate estimation and its modelling are essential for the prediction of saturation amplitudes of limit ... -
Studying design fixation with a computer-based task
(2017)The term ‘design fixation’ refers to a phenomenon where designers unknowingly limit the space within which they search for solutions. In an attempt to study this phenomenon experimentally, researchers typically set ... -
Measurements of the effect of boundary conditions on upstream and downstream noise arising from entropy spots
Pressure fluctuations in combustors arise either directly from the heat release rate perturbations of the flame (direct noise), or indirectly from the acceleration of entropy, vorticity or compositional perturbations through ...
