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A set of steps that engineers follow to solve a problem is called an engineering process. It is highly iterative and some parts of the process may be repeated multiple times within the same project. The specific framing and articulation of the steps iterated will vary.
The first step is to conduct research. This involves identifying the needs, finding information and analyzing constraints. It is a crucial part of the engineering design process as it allows engineers to find the best solution for a given problem.
Once researchers have enough information, they can begin to brainstorm ideas to solve the problem. This can be done in a variety of ways and is where engineering creativity really thrives. This is also where the potential solutions are examined and evaluated. This could include simulation studies, creating decision matrixes and even constructing prototypes for comparison.
This is the process of students selecting one of their best ideas and preparing plans for the creation. They build the prototype using the required materials and then test it against their performance standards. Students may have to test and modify their prototype to make sure it works in the way they intended.
This is a great method to teach the importance of problem-solving and iteration. Engineers are known to develop an idea, test the solution and then come across a new problem. The process is then repeated until the engineer comes up with an answer that is in line with their expectations.