Multidisciplinary method incorporates extracting aptly from multiple disciplines to identify and relate new ways of comprehending complex situations. Of late this process of working has been implemented in the professional field of computer security by well known practitioners such as Sarah Gordon and Gene spafford. In 1970s this approach was effectively employed in the U.S and the U.K by engineers, architects and quantity surveyors functioning collectively on important public sector construction ventures, and along with sociologists, planners, economists and geographers on overseas urban and regional planning projects.
Multidisciplinary approach is slightly different from the interdisciplinary approach. The former involves various parties working together to tackle a meticulous problem where as the latter involves different parties working together but in a much more assimilated structure. For the method to be interdisciplinary, the experts will have to approach together and work out a plan of action to tackle the problem and put in collective efforts with open minds in order to assimilate each of their professional areas of expertise and know-how. Multidisciplinary functioning is often seen as a innovatory by many skill-centered experts but it is simply a basic expression of being steered by holism which means the basic idea that all the characteristics of a given system or structure cannot be explained or determined by its constituent parts alone.
In today’s tech-intensive industry, the engineers are expected to know how to examine and scrutinize the whole system from technical and business perspectives. We also have Systems development field which is a procedure that goes into the expansion of the software. The experts work on the internal functions of a computer system, execute various tests, analyze and solve the problems, write codes and programs for different operating systems. All of these have lead to the proficient working of a system. Systems development experts make essential recommendations and documentation for further progress in operating systems or software .
Today, many major organizations are focussing more in developing huge and efficient multidisciplinary systems. These systems are a blend of innovative technologies and complex integrated systems. Thus, multidisciplinary systems development careers in many developing countries like India are a comparatively contemporary field with incredible growth prospects. Stanford university has recently launched the Stanford systems engineering course on the university’s campus itself. There is also Multidisciplinary design optimization (MDO) which is a subject of engineering. It uses optimization techniques to solve design issues integrating a number of disciplines. These methods are used in various fields such as naval architecture, automobile design, computers, electronics and electricity distribution. So graduates interested in any of the above fields or presently a part of it can take a note of this discipline which is relatively new and expected to flourish.
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