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A set of steps engineers follow to solve a problem is referred to as an engineering process. It is highly iterative, and certain steps of the process can be repeated several times within one project. The precise framing and articulation of the steps iterated will vary.
The first step is to conduct research. This includes finding information in order to determine needs and understanding the constraints. It is an essential part of the engineering design process because it enables engineers to discover the most effective solution for a given problem.
After the researchers have gathered enough information, they can begin brainstorming solutions to the issue. This can be done in a number of ways and is the area where engineering creativity really flourishes. This is the point at which ideas are analyzed and analyzed. This could include simulation studies, creating decision matrixes or even building prototypes for comparison.
In this stage, students choose the most appealing idea and create a plan to create it. They then construct the prototype using the specified materials and then test it against their performance requirements. Students may need to test and tweak their prototypes to ensure that it performs exactly as they intended.
This is a good way to teach students about the importance of problem solving and iteration. Engineers are known to design an idea, test the solution and later, they discover a new problem. This process is repeated until the engineer comes up with the solution that is satisfactory to their expectations.