**2.11 Feed back**

**2.5 Synthesis to create a detailed solution**

**2.6 Evaluation of ideas and solutions**

involving all the factors with interact.

**2.7 Optimization**

*Slope Engineering*

are specified.

**2.8 Recommendation**

**2.9 Communication**

Where,

knowledge effectively.

**2.10 Implementation**

**48**

and C means the communication.

procedures and the experimentation are involved.

On the basis of analysis of the individual solution component, all design is focused to furnish comprehensive alternative solutions. In this phase of design, calculations, specifications, performance predictions, cost estimates, scheduling

In this phase the solution is interpreted and compare with the original hypothesis, specification, facts assumptions, requirements or constraints. This demand for a clear understanding of the all relevant interacting factors that's needed for the engineering judgments. The solution for engineering problems should be balanced

Optimization is the assortment of a best solution (with regard to some criteria)

Recommendation is the principle of the whole Engineering design process. It provides a refined endorsement of the solution to problem, point out limitations

The conclusive aim of the all design stages is the creation or instigation of a progression accomplishment. In order to achieve the objective requires the engineer must communicate the finding effectively. Effective communication means that all relevant aspects should be appropriately presented. If a mathematician were to sum

E means effectiveness of the subject, M mean the mastery of the subject matter

So for effective communication one should have sound knowledge of the subject matter and good communication skills. The design engineer must have the capability to communicate views and ideas concisely and clearly and to convey technical

This is the final stage of design procedures. The finding or results communicated are applied under the given circumstance and proper monitoring is carried out for

*<sup>E</sup>* <sup>¼</sup> *MC*<sup>2</sup> (1)

and shows the trend to be followed in applying the solution.

up these thoughts, he might well do so by the Eq. (1).

from some set of available alternative solutions [4]. There are always multiple solutions available to any engineering problem. Refinement and modification of a solution may then be required to reach a practicable agreement between the generally contradictory constraint and assets. The effectiveness of an optimization process mostly depends upon simplicity and clarity with which problem and solution

After implementation of the design, its performance is monitored and recorded. Remedial measurements are suggested for more improvement of the performance the solution design.
