Sentence examples for technological methodologies from inspiring English sources

While I understand that there are pressing social, political and economic reasons for this I think that we should all be mindful of the disruptive technological methodologies that are beginning to emerge which have the potential to fundamentally change the sector.

Based on the need for technological and managerial methodologies for sustainable manufacturing, the set of capabilities for industrial engineering are analyzed, and educational principles are selected.

Using pharmacopoeial methodologies, technological and physicochemistry tests (determination of residual moisture, of bulk and tapped density, Hausner ratio, compressibility and compactibility index, appearance, mean weight, hardness, friability, disintegration time, determination of EPA amount in tablets and in vitro release proi le) were conducted.

Even though PV module manufacturing shows continuous technological advances, the methodology and results of this work has added value for the prediction of BIPV operating aspects and lifespan when designing and realizing a BIPV installation.

In general, despite the promise that quantitative deformation imaging offers, there are still a number of challenges limiting its clinical utility such as time consuming image acquisition, complex methodology, technological requirements, and a lack of consensus regarding optimal parameters and methods [ 36, 37].

Considering the rapid and vast technological development of their methodologies and tools, it is necessary to make this new knowledge more reachable and comprehensible to heritage scientists.

Progress in the nuclear sector will aid the development of methodologies for technological foresight and risk governance in fields other than the nuclear alone.

Although there are an array of software solutions aimed to optimize the human element in design, practical ergonomics methodologies and technological solutions have struggled to gain widespread application in ship design processes.

Life Cycle Assessment (LCA) is a widely known methodology for "cradle to grave" investigation of the environmental impacts of products and technological lifecycles; however, this methodology has not been yet broadly used as an eco-design tool among the practitioners of the building sector.

Results indicated that a combination of innovation attributes generates a change in: a) educational methodology, b) technological tools and ways to present its contents, and c) the way the teacher thinks and students act.

Following an analysis we performed a case study using the critical path method (CPM) for optimisation of the technological process for transport methodology at the Čierna nad Tisou railway station and we proposed a method for electronic data exchange between the rail and customs authorities of Slovakia and Ukraine.