Reverse engineering is a way for an innovator to develop a product based on a pre-existing idea in order to reuse or add improvements to them according to the needs. It is a mechanism for discovering the technical principles of a machine or system by analyzing its structure into parts or attempting to re-fabricate a similar system that performs the same function as the original system. Reverse engineering is described as a measurement of a part and producing an engineering form, and the preparation of appropriate engineering data for re-fabricating. Research problem: What is the possibility of adapting the reverse engineering method in building uniform model? What is the possibility of devising some of the criteria and the codified scientific basis for reaching complete models? What is the possibility of achieving the adjustment and conformity of samples implemented in reverse engineering? research goals: Adapting the reverse engineering method in the construction of uniform model, the development of some criteria and codified scientific foundations to reach the standard models of control, achieving the control and conformity of samples implemented in reverse engineering. Hypotheses: 1-There are statistically significant differences between the averages of the degrees of specialists of the applied peremptory in terms of control and conformity of the basic samples on the sizes "S-L-XXL". 2- There are statistically significant differences between the average scores of the samples implemented in terms of control and conformity to the basic samples on the sizes "S-L-XXL". Methodology: This research follows a semi-experimental approach to adapt reverse engineering method in the construction of the uniform model, because this is suitable for achieving the objectives of the research and verification in its hypotheses.
Results: There are no statistically significant differences between the averages of the scores of specialists of the applied patrons in terms of the control and conformity of the basic samples on the sizes "S-L-XXL". There are no statistically significant differences between the average scores of the samples implemented in terms of control and conformity to the basic samples on the sizes "S-L-XXL".