945 resultados para innovation university
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View of vertical sunshade to south-west elevation with glazing behind.
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View to north-east corner elevation, with entrance stair and timber batten screen to verandah.
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View to entrance stair as seen from exterior court.
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View to south-east elevation with corrugated steel cladding, plywood, concrete block and colonnade, as seen from exterior.
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View to south-east elevation; entrance stair, plywood and sheet steel cladding and colonnade, as seen from exterior.
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View of timber batten screen to verandah behind and entrance stair, as seen from exterior.
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View of timber batten screen to north-east elevation with verandah behind.
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View of steel-framed timber screen to verandah.
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View of second floor reading area with rigid frames and air-conditioning ducting.
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View to south-east elevation as seen from exterior.
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North-west elevation as seen from Building K.
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View to entrance verandah on north-east elevation and sunshades to north-west elevation.
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This paper reviews the attitudes, skills and knowledge that engineering innovators should possess. It critically analyses and compares sets of graduate attributes from the USA, Australia and Malaysia in terms of which of these relate to the ability to innovate. Innovation can be described as an integrative, meta attribute that overarches most of the other graduate attributes. Due to the “graduate attribute paradox”, it is shown how meeting the stated attributes of graduates by industry does not necessarily satisfy the requirements of industry. It is argued that the culture of the engineering school is an important influence on fostering innovation in engineers.