Year: 2008 Language: english Author: F. Ebel et alli Genre: Technical book Publisher: Festo Didactic GmbH Format: PDF Quality: eBook Pages count: 106 Description: Engineering sciences, like the arts, social sciences and natural sciences, are a discrete discipline with their own language, practices and tools. Of course they also draw on and use principles from other sciences, in particular mathematics and physics but also social sciences. In turn, many of the findings in these latter disciplines are based on the results of research carried out in the field of engineering sciences. Unlike natural sciences, engineering sciences are not primarily concerned with acquiring information and discovering the laws of nature but rather with creating technical solutions to satisfy human needs. The engineer therefore is always asking "How can I solve this problem?". This leads to a typical technical approach such as "black-box thinking". Black box thinking means that engineers use technical systems without needing to know precisely how the individual components and modules work in detail. All engineers need to know is that the device will deliver a specific output from a specific input.
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Fundamentals of automation technology
Language: english
Author: F. Ebel et alli
Genre: Technical book
Publisher: Festo Didactic GmbH
Format: PDF
Quality: eBook
Pages count: 106
Description: Engineering sciences, like the arts, social sciences and natural sciences, are a discrete discipline with their own language, practices and tools. Of course they also draw on and use principles from other sciences, in particular mathematics and physics but also social sciences. In turn, many of the findings in these latter disciplines are based on the results of research carried out in the field of engineering sciences.
Unlike natural sciences, engineering sciences are not primarily concerned with acquiring information and discovering the laws of nature but rather with creating technical solutions to satisfy human needs.
The engineer therefore is always asking "How can I solve this problem?". This leads to a typical technical approach such as "black-box thinking". Black box thinking means that engineers use technical systems without needing to know precisely how the individual components and modules work in detail. All engineers need to know is that the device will deliver a specific output from a specific input.
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