A set of steps that engineers follow to solve a problem is called an engineering process. It is highly iterative and certain steps of the process can be repeated several times within the same project. The precise framing and articulation of the steps iterated will vary.
Research is the first step. This includes finding information that can be used to identify needs and constraints. It is a critical part of the engineering design process, since it helps engineers find the best solution for an issue.
Once researchers have enough information, they can begin brainstorming ideas for solutions to the issue. This can be done in a number of ways and is where engineering creativity really flourishes. This is where potential solutions are evaluated and then analyzed. This could involve simulation studies, generating decision matrixes, or even creating prototypes to test.
This is the process of students selecting the most appealing idea and preparing the plan of its creation. Students then build the prototype using the materials provided and test it to ensure it is up to their standards of performance. Students may need to retest their prototype and then revise it to ensure it works as intended.
This is a great method to introduce the importance of problem solving and iteration. Engineers are known to design a solution to a problem, test the solution and later, they discover a new problem. The process is repeated until http://emjay-eng.com/the-engineering-design-process-2/ the engineer finds a solution which meets their expectations.
