What is systemic engineering?
Systems Engineering is aimed at designing and managing complicated engineering projects in a number of engineering specialties. There is a combination of technical and project skills needed to complete multidisciplinary projects in systemic engineering. Modeling, simulation, requirements, project management and building consensus are required tools to complete a comprehensive project.
System engineering was originally started at the beginning of the 40th century, from the need to manipulate and control a complex, interconnected system as a unit, instead of the sum of many small parts. As the scope of the project has been expanded to include multiple areas, a special expertise to coordinate changes in multiple fields and areas of skills in favor of the overall project was required. The development of this area was born of real need for someone who has engineering education and expertise to handle all other engineers.
National Council of Nasystems Engineering (NCOSE) was created in 1990 JAKO professional company for system engineers. The purpose of NCOSE is to build a recognized professional standard set of business practices and support the development of specialized training in this field of engineering. In 1995, the Association was renamed the International Council for System Engineering (ICOSE) as recognition of multidisciplinary engineering programs outside the US.
As technology is constantly progress, the need for system engineers is growing. The tools and methods used to understand and improve complex systems are expanded to meet the exponential growth of new systems. There are standard tools used to understand comprehensive systems because everyone relies on concepts of fundamentally sound engineering.
Modeling, simulation, system dynamics, decision -making and multiple types of analyzes are necessary sets of skills that are used in systemic engineering. A good example forThe construction that requires systemic engineering is the construction of an international space station. As part of the complicated project for the construction and launch of the space station, a number of specialists and experts were needed to make all individual pieces cooperate. Without an interdisciplinary approach, the project would derail due to lack of effective communication and coordination
System engineers are also used in more common environments, such as developing comprehensive computer systems for building systems management. Specifically, different areas have the requirements and skills of someone who understands all aspects is crucial for the success of these innovations. The login data necessary to become a system engineer is a university degree of systemic engineering. This study area is available at most major faculties of the university.