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 === System planning, engineered processes ===
-Engineer-it is about:
-* How to plan for a complex system
-* How to cope with uncertainty
-* How to engineer the processes that you use
-* How to take advantage of every strategy that will help to achieve successful outcomes.
 Planning can be defined as the formulation and implementation of processes.  The simple model of:
       Input ----->  process  -----> outcomes
-prompts the observation that deep focus on the quality of the inputs to processes and on the quality of the processes themselves is critical for achieving successful outcomes.  When working with complex uncertainty, it is necessary to ensure that the processes used are the most appropriate in the context. In ''system planning'', such focus is applied to the overall process and to the sub-processes.
+prompts the observation that deep focus on the suitability of the inputs to processes and on the quality of the processes themselves is critical for achieving successful outcomes.  When working with complex uncertainty, it is necessary to ensure that the processes used are the most appropriate in the context. In ''system planning'', such focus is applied to the overall process and to the sub-processes.
 A main feature of an engineered process is that it is adapted to the context and kept under constant review.