Applied Problem Solving in an Engineering Workplace

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Introduction

 
In the contemporary world, a number of complications exist in every aspect of life and field. The degrees to which these problems exist dictate the manner in which their solutions can be undertaken. With such complexities in mind, engineering field takes its own dimension to accord solutions to the same problems in engineering. These solutions employ defining the solutions in a viewpoint taken for systems. This takes into account glimpsing beyond the physical limits that are present in the processes of engineering seen. The implication in this perspective also means that the widely accepted contemporary approaches are taken to solve the same problem.

Identification of complex problems

 
Systems are interconnected solutions to real life problems that are either concrete or abstract. Concrete ones are more physical yet the abstract ones are characterized by seeing their effects. Human beings are normally busy with information, and computing is never their passion. In a similar way, a system is developed so that humans solve their problems. Whatever is contained internally will never be their bother. They prefer seeing the final picture rather than the initial plans and stages involved in the process.

• Software system problems
• Advanced engineering manufacturing and design
• Reliable communication and telecommunication problems
• Data analysis and integrity

Taking about these systems, complexity of a problem solution is based on a wide view of the procedures followed to solve the stated ‘complexity’. This raises the big question; how can a problem be a complex item yet it is finally solved? In this regard, Mitsubishi Electric Company has devised explanatory methodologies aimed at showing the needed for the use of this term. Solutions as per the systems are either closed or open. In open perspective, there solution is expected to work out without employing the system’s verification. For closed ones, the system verifies the output before releasing the outcome, which is the output itself. It should be noted that best systems are closed ones because the feedback aspect is needed for any real life solution. An example the manner in which the human body functions as per the requirements of the homeostasis.

Another important aspect to consider in system design, analysis and implementation is the element of technology. As will be shown in this paper, technology is that highest level of knowhow that makes things work efficiently. In this case, systems are not left behind. The development of the system goes in tandem with the existing technical manifestations. In most organizations, technology based of engineering perspective as per its analysis in the best way to go. Solving problems in the world based on this perspective in standardized, and this is an aspect of life that will be considered in the analysis of system. This allows easy evaluation and proper ethical conduct in the end.

References

 
Aggarwal, K. Yogesh S (2007). Software Engineering. 3rd edition. New Age International Publishers
Allen, B. (2012). Applied problem solving in an engineering workplace. Hull, UK: University of Lincoln.
Bauer, F.L, Baumann R.M (1964).Introduction to Algol. 1st Edition. Prentice Hall. ISBN 0-13-477828-6.
Malthus, T.R (1826). An Essay on the Principles of Population. 6th Edition. Murray Publishers. London
Schach, S.R (2007). Object Oriented and Classical Software Engineering. 7th Edition. McGraw-Hill
Standish Group International (2005). Standish Group Chaos Report. Retrieved from www.tassc-solutions.com/pages/factfile.html