Engineering in Systems

Introduction to the Engineering in Systems

Systems Engineer takes care of the design, programming, implantation and maintenance of systems. Incorporate methods and modern techniques to optimize the cost-reducing performance. Control and the parade of the different stages of a project corrects . Formulate plans that they allow integrating different projects of a general program of development. You evaluate the cost, effectiveness of human resources, the machines and technical employees in these systems. Define in combination with the management, the needs of an administrative organization, you manage the human relations adequately and a worldly comprehensive view maintains .

The engineering of systems is a mode of focus disciplinary ínter that you allow studying and understanding the reality, in order to implement or to optimize complex systems. You can also to see like the technological application of the theory of systems the efforts of engineering, embracing in all this work the systemic paradigm. The engineering of systems integrates another disciplines and groups of specialty in team's effort, forming a process of judicious development.

The engineering of systems is, the application of the mathematical sciences and physicses to develop systems that materials and forces of the nature for humanity's benefit utilize economically.

Join of the principal differences of the engineering of systems in relation to another disciplines of engineering traditional, it lies in that the engineering of systems does not forge tangible produces. While civil engineers would be able to design buildings or the bridges, the electronic engineers would be able to design circuits, the engineers of systems deal with abstract systems with help of the methodologies of the science of systems, and they rely besides on another disciplines to lay plans and delivering the tangible products that are the realization of those systems.

Another space that characterizes the engineering of systems is the interrelation with another disciplines in a trans-disciplinary job.

Some people mix up the engineering of systems with the engineerings of computation or in information technology, when this is much more close to electronics and mechanics when it is applicable of mistaken way.

At present great controversy in relation to the studies that come true at the universities exists, most of all in South America, because studies are similar to give them Ingeniería of Computación or Informática or Software.

Contribution of the Engineering of Systems for the Society

It is said very frequently in the world of today, that we met in front of the time of the information-technology revolution. Other ones talk about a luck of society of the knowledge based so that engineering of knowledge names it self. A third sector refers to this like the era of telecommunications itself. The development that results in that variety of succedaneous terms is the boarding of the theory of systems. And concretely, the one belonging to the profession you have achieved whose formalization to do it operating: The engineering of systems.

Through her, an engineering that was not operating with tangible products happened, but on the contrary, with abstract systems with the help of the methodologies of systemic appreciation that the collaborative discourse of them has optimized besides engineerings, like a luck of capable computer to do more efficacious and efficient applications and products of the other engineerings, integrating another disciplines to lay plans and to deliver tangible products like realization of bigger quality of those systems.

The engineering of systems is something more than any of the hints that we have quoted . Not only that. All of them meeting is something more than. Because it is founded in the systems, the sets of units that establish a collaborative relation that it enables his identity like such. Without interrelation, there is no system. The show of transference of information is what his existence allows . And I have here that humanity has observed and studied with great detail those structures and his possible dynamicses through the engineering of systems, that began his formal development with the appearing of cybernetics and the configuration so that he has been called like the Science of the Systems.

In such a way that we would be able to insure, than the one that you have demonstrated his fortresses than when trying to obtain the unpredictable and changing worldly present-day behavior.