The Global SoS Network

Streamlining Collective Intelligence Towards Sustainable Development [Beta version]  

Is SoS Engineering a Special Type of Operational Research?

SoS Engineering (SoSE), also known as Complex Adaptive SoS Engineering (CASoS Engineering), is a relatively new discipline which is applied to complex systems made up of other systems. The analytical context for SoS Engineering is SoS Analysis. In the case of sustainable development, it is a tool that helps make connections between legislative SoS variables like postal services, sustainable infrastructure, billing systems as components of Public Services Systems, etc.,  and the impact of each of those legislative SoS components on global issues.

Just as Management Science, also known as Operational Research,  applies to the innards of organizational systems, SoS Engineering can be thought of as the application of OR to macro systems made up of complete organizations that control, for example, large machinery systems,  or very large computer systems.  SoS Engineering combines SoS Analysis, SoSA, with OR. 

Large human-machinery organizational SoSE examples include aerospace and defence Systems of Systems. While focusing on the human factor, the System-of-System approach to legislative issues offers a holistic view to the relationship between autonomous virtual organizations -the people on one side, and the legislative and executive functions on the other, as they interrelate. For the purpose of legislative System of System Analysis and Development, the people of a nation can be considered to form part of the constituent function of legislative SoS. But there should be ergonomically correct interaction between the constituent function with the legislative function if the overall System of Systems is to achieve its objectives.

How can people and computers be connected so that -collectively- they can act more intelligently than any individuals, groups, or computers have ever done before?

MIT Center for Collective Intelligence


Taking into account that legislative systems are made up of independently managed systems, SoS Engineering establishes the functional requirements that will make for a harmonic and synergistic, relationship between the different systems  that make up those Systems of Systems.

The synergistic effect is augmented by the enormous and increasing amount of information that becomes available every day to constituents. In that sense, computers, and more specifically the Internet, become the source of information, of best practices and of technology in general, that constituents the world over can use to communicate constituent conflict to their legislators.

SoS Engineering, when applied to Legislative SoS, enables the implementation of standards -like the ISO Standards, so that the delivery of public services is more predictable and efficient, thus helping the continuous improvement of legislative SoS process architecture for meeting goals like the growth of national productivity.

An ergonomically correct functional structure takes into account, for example, how minor daily changes in the weather affect humans physiologically. Because the media keeps humans informed about   changes in the biosphere, humas are are keen to express any environmental conflict that would arise.

Increased constituent communication of environmental conflict to legislators will result in constituent control towards a benign effect of human activities on the biosphere. Thus, increased systematic constituent control of the govenmental function they are part of -the legislative function- is imperative, if human activities are to become benign to an environment that determines the existence of human life o the planet Earth.

There is more information on System of Systems Engineering at  the System-of-Systems Center of Excellence, which is more oriented towards the integration of large hardware systems and large organizations, such as in the defence and aerospace areas.

There is also information regarding systems thinking as applied to human-machine and organizational systems, at the Institute of Industrial Engineers.