Part of the book series:History of Mechanism and Machine Science ((HMMS,volume 27))
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Abstract
The article contains an evaluation of the place of technical reality and the role of engineering creativity that acts as its integral component. The place of creativity is represented in different phases of engineering activity; the factors that influence modern manifestations of creative activity in engineering are reviewed. The author proves that engineering activity in the present-day world acquired a number of peculiar features and specific characteristics. Also is substantiated the thesis statement on the involvement of human beings in designed technical systems not only as a subject of activity but as a structural element of designed system as well, i.e. as an object for manipulation. The necessity of understanding engineering practices as socially determined and socially significant is reasoned.
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Notes
- 1.
Smirnov2001, p. 145.
- 2.
Example from practice: there are windows with self-cleaning glass Pilkington Activ. The secret of self-cleaning properties is that the exterior side of the glass has a thin transparent coating of titanium oxide. Under the influence of UV rays an oxygen chemical reaction takes place, as a result of which dust particles are detached from the surface. When raindrops fall on it, they form a uniform water film that easily slides off the glass and completely washes away dirt. After that the moisture quickly dries up without leaving streaks. The coating “works” permanently, doesn’t peel off or fade over time. Dirt washes away each time when it rains. Coating strength is achieved by a special pyrolytic manufacturing method: a microscopically thin special layer is applied to one of the sides of a glass plate while it is still hot. After cooling this layer becomes an integral part of the surface and can be damaged only if the glass itself is scratched or broken.—http://www.ivd.ru/news.xgi?id=823.
References
Altshuller GS (1973) Algorithm of invention. ([Algoritm izobretenija], Moscow, Moscow worker. This book in English was published under the name: Altshuller G.S. (1999) Innovation algorithm). Technical Innovation Center, Worcester
Bagdasarian NG (1998) Professional engineering culture: mechanisms of exploration [Professional’naja kul’tura inzhenera: mehanizmy osvoenija]. Bauman Moscow State Technical University Press, Moscow
Batishhev GS (1997) Introduction to dialectics of creativity [Vvedenie v dialektiku tvorchestva]. Russian Christian Institute for the Humanities Press, Saint-Petersburg
Baudrillard J (1994) Simulacra and simulations. University of Michigan Press, Michigan
Benjamin W (1968) The work of art in the age of mechanical reproduction. In: Illuminations. Arendt H (ed), New York.http://brutishandshort.com/wp-content/uploads/2011/06/Hannah-Arendt-Introduction-to-Illuminations.pdf
Bergson H (2005) Creative evolution (New York, Cosimo. The first edition in English: Bergson Henri (1911) creative evolution). Henry Holt and company, New York
Latin-English Dictionary (n.d.).http://www.latin-dictionary.net/search/latin/ingenium
McLuhan M (1995) The Gutenberg galaxy: the making of typographic man. University of Toronto Press, Toronto
Poincaré H (1913) The foundations of science. Science, New York.http://archive.org/stream/foundationsscie01poingoog#page/n8/mode/2up
Polovinkin AI (1988) Basis of engineering creativity [Osnovy inzhenernogo tvorchestva]. Engineering Publishing, Moscow
Rozin VM (ed) (1997) Philosophy of technology: history and modernity [Filosofija tehniki: istorija i sovremennost’]. IPhRAS Publishing, Moscow
Smirnov SD (2001) Pedagogy and psychology of higher education: from activity to personality [Pedagogika i psihologija vysshego obrazovanija: ot dejatel’nosti k lichnosti]. Academia, Moscow
Stjopin VS, Gorohov VG, Rozov MA (1995) Philosophy of science and technology [Filosofija nauki i tehniki]. IPhRAS Publishing, Moscow
Tillich P (1964) Theology of culture. Oxford University Press, Oxford
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Bauman Moscow State Technical University, Moscow, Russian Federation
Elena Alexandrovna Gavrilina
- Elena Alexandrovna Gavrilina
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Correspondence toElena Alexandrovna Gavrilina.
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Department of Physics, Lille 1 University Science and Technology, Villeneuve d’Ascq, France
Raffaele Pisano
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Gavrilina, E. (2015). Engineering Creativity: An Essay on Epistemological Analysis. In: Pisano, R. (eds) A Bridge between Conceptual Frameworks. History of Mechanism and Machine Science, vol 27. Springer, Dordrecht. https://doi.org/10.1007/978-94-017-9645-3_11
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