Can there be any other efficient way to expand Eq. But, let's not stop here. Let's look at the formal utterances on the matter. For example: Those who shy away from mathematics run the velY real risk of becoming functionally illiterate Repeating the earlier phrases, 'intuition' belongs to the technicians but 'technical intuition' belongs to the true engineers.
As far as the appearance of the mathematical terms is concerned, one could not distinguish between physical problems until the co specification of certain parameters. Quoting Trikha and Abang Abdullah : "The IT revolution is in turn impacting on the construction industry in two major ways, the introduction of computer integrated construction and support for the er construction of intelligent structures.
The two developments making it imperative that countries, which have missed opportunities during the industrial revolution, take advantage of the IT revolution now. For the construction industry, computer integrated construction and intelligent buildings are the two current challenges which must be accepted with alacrity and enthusiasm'.
Based on the above, it is enlightening to know that we, especially the engineers of developing countries, still have the chance to be at the frontier and becoming one of the world major players. This is because, whilst the last century was about fragmentation of scientists, engineers and sociologist etc.
Such a privilege has caused the explosion '1g of daring experimentations and unorthodox ideas all around the world which could lat not even have been imagined fifty years ago. Such a privilege promotes the frequency and the efficiency of communications between various learned parties. Today's world headlines of bioengineering, for example, are simply possible because mathematicians, physicist, engineers and biologist talk in the same language, up understanding each other.
Therefore, any countries or societies failing to exploit such ng m' an opportunity would definitely fail in their endeavor to be the pioneer or frontier of anything. IBS can be defined as those incorporating a total integration of all subsystem. Based on this definition, it should fic be understood that IBS is not only about the pre-cast or pre-fabricated structural ;al components i. It involves detailed knowledge and management of the whole construction lifecycle thus requires the establishment of a systematic he interaction between various parties and procedures which is best handled by :al information and computer technology or ICT.
Bergsten stated that failure in nt appreciating IBS as a system would prevent the prevalence of the whole concept. Such a network of knowledge is also the manifestation of the need for the versatility from an engineer as someone who is able to satisfy the 'various conditions'. In another context, one can also observed that, take vibration for example, how one physical problem can be mathematically representative of other related problems, in this case, wind engineering, earthquake engineering and signal processing as these problems have in general identical mathematical representations.
The answer is all spatial, time and personality dependent and initially, it would seem like a dilemma. Spatial wise, it depends on where the engineer is working, i. If he or she works in a company with less challenging projects both in the practical and research aspects , we can suppose that this sense would be less demanding. The same argument applies to the country where the company is operating. Although the generality of the argument degrades since one may argue that many of the contemporary engineering 'state of the art' works are being carried out in the developing countries, although the question of whether they are being carried out by the local engineering talents remains but at least we can still say that less-developed countries would demand less of the quality than the developed countries, again due to the nature of the projects i.
In other words, since the job is not challenging and the company and country in that matter is not 1tion internationalized, why then bother? Increase in oil prices, terrorism, neo-capitalism, rious environmental issues, political instability etc.
The greater the ambition the higher is the demand for ignal the quality or the engineering sense. Indeed, there is no dilemma.
For both spatial wise and personality wise, if we and insert time into the equations, things would become obvious time wise, it is already Civil obvious. Spatial wise, a company and a country in that matter will either be losing ;CE or gaining over time as staying stagnant would be almost impossible. Such changes tated will create competition and as far as competition is concerned, only those with the quality will survive.
Personality wise, it is very hard to imagine of any society or any country that is not being ambitious, at least in the long run. We are witnessing the rise erge, of new world powers such as China and India, to name only a few. Therefore, based 1eers on these, it can be concluded that, the engineering sense of the engineers is ever 'ence demanding with its magnitude increasing 'exponentially' over time. The same goes! Bergsten, S. Dietz, A. Principles of Engineering, John Wiley.
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This site uses Akismet to reduce spam. Learn how your comment data is processed. Book Detail: Engineering Mathematics-I Engineering mathematics is a branch of applied mathematics concerning mathematical methods and techniques that are typically used in engineering and industry.
Language: English Pages: Author: Prof. Nahak, Prof. Share on Facebook Share. Share on Twitter Tweet. Share on Pinterest Share. Share on LinkedIn Share. Share on Digg Share.
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