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! scope="row"| Mechanical | ! scope="row"| Mechanical | ||
| | |* Classical OR Systems analysis and systems engineering are most appropriate for solving problems. | ||
* Assumes that it is relatively easy to establish clear objectives for the system in which the problem resides, so the context must be unitary. | |||
* The system is represented in a quantitative model which simulates its performance under different operational conditions something only possible if the system is simple and the context mechanical. | |||
| Cybernetic approaches, such as advocated by Beer and in the socio-technical systems literature | | Cybernetic approaches, such as advocated by Beer and in the socio-technical systems literature | ||
Suitable for tackling problems associated with systemic-unitary contexts. | Suitable for tackling problems associated with systemic-unitary contexts. |