The subject areas of research workers interviewed by the consultants are listed in Table 1.
Institute | Number interviewed |
Approximate number represented |
Subject |
---|---|---|---|
Cambridge | 20 | 300 |
Civil EngineeringSoil mechanics, Finite Element Analysis Control EngineeringAnalysis and design of multi-variable, multi-controller systems Electrical EngineeringSignal processing, On-line control of electrical systems, speech training aid development, real-time analysis of speech, on-line control of water networks Mechanical EngineeringInteractive design of complex shapes, numerical control programming |
Edinburgh | 16 | 110 |
Artificial IntelligenceProgram correctness proofs, mathematical reasoning, picture analysis, cognitive processes ArchitectureDesign methods for built form and site layout Chemical EngineeringModelling of processes, heat exchanger synthesis, crystal structure synthesis, graphical analysis of packed beds Computer ScienceOn-line experiments, network design, language and operating system development Electrical EngineeringI/C design, printed circuit board layout MedicalX-ray picture processing |
Imperial College 2 visits |
13 | 112 |
Civil EngineeringStructural analysis and design, wave loading and soil mechanics for North Sea oil platforms; water resource management, hydrological modelling Control EngineeringIndustrial automation Electrical EngineeringInteractive circuit design, man/machine interaction Mechanical EngineeringNuclear reactor engineering, ship structures, ship layout, interactive draughting, fluid flow, heat exchanger design |
Leeds Polytechnic |
6 | 17 |
ArchitectureBuilding design and layout graphics Electrical EngineeringPower system network analysis, on-line experimental work Mechanical EngineeringMetal forming simulation, APT, production modelling |
Leicester | 6 | 40 |
Computer Aided DesignGraphics associated with finite-element analysis of structures Electrical EngineeringOptimisation in automated circuit design Mechanical EngineeringTime-dependent behaviour of structures under varying stress. Heat and mass transfer properties of plasmas. |
Manchester | 1 | 10 |
Computer ScienceGraphics |
Newcastle | 4 | 35 |
Chemical EngineeringProcess flows, on-line experiments Electrical EngineeringCircuit design |
Salford | 1 | 8 |
Fluid MechanicsSupersonic flow |
Southampton | 2 | 100 |
Sound and VibrationTechniques associated with problems in noise and vibration control |
Strathclyde | 2 | 15 |
ArchitectureAssessment procedures of built form layout |
UMIST | 15 | 80 |
Chemical EngineeringFlow sheeting, process control Civil EngineeringStructural steel detailing Control EngineeringControl system design, lift System design, continuous system design Electrical EngineeringGas network control, load flow analysis and optimisation in power systems, pumped storage control, medium-voltage network analysis and optimisation |