Titlebook: Interdisciplinary and Social Nature of Engineering Practices; Philosophy, Examples Antonio Carlos Zambroni de Souza,Maarten J. Verker Book

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IntroductionWhat do engineering, philosophy, and sociology have in common or have to do with each other? The objective of this chapter is to highlight these concepts and interrelations in order to set up the stage for the following chapters which will cover in detail and further explanations, applications, and implications of engineering and social practices.

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The Engineer in the Face of Social Changes: The Cases of Health and Sustainability at WorkThis chapter assumes that work is central to the human species, both phylogenetically (Leroi-Ghouran, Les chasseurs de la Préhistoire, 1991) and ontogenetically (Dejours, Situations du travail, .), and that changes in society necessarily involve changes in the ways of working.

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Industrial Innovation Practices Breakthrough by Process IntensificationIn September 2015, the United Nations General Assembly agreed on an action plan for a sustainable future under the title . (United Nations, Transforming our world: the 2030 agenda for sustainable development. .).

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Social and Economic Implications of Electricity Generation SourcesThe Brazilian electricity sector is characterized by the intensive use of hydroelectricity. According to data from the International Energy Agency (IEA 2015), just behind Canada and the USA, its share of renewables in electricity production in 2018 was 82% (Ibid.).

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Antonio Carlos Zambroni de Souza,Maarten J. VerkerCovers practical and philosophical aspects of Engineering.Describes a social discussion and its implications.Case studies from Spain, Portugal, Chile, Argentina, Netherlands and Brazil

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Studies in Applied Philosophy, Epistemology and Rational Ethicshttp://image.papertrans.cn/i/image/470833.jpg

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Key Concepts for Frameworks: Values, Aspects Normativity and Enkaptic Structuresry fundamental level: reality unfolds itself in many different aspects and dimensions, for example, physical, formative, social, economic, juridical and moral. He shows that engineers have to understand this complexity in order to design meaningful solutions.

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