A set of steps that engineers follow to solve a problem is known as an engineering process. It is highly iterative, and certain aspects of the process may be repeated multiple times within a single project. The steps can be described and framed differently.
Research is the first step. This involves identifying needs in the first place, locating information, and analyzing constraints. It is an essential part of the engineering design process, as it allows engineers to find the best solution for the given problem.
When researchers have enough information they can begin brainstorming ideas for solutions to the problem. This can be done a variety of ways, and is where engineering creativity truly thrives. This is where the possibilities are evaluated and then analyzed. This could involve simulation studies, developing decision matrixes and even making prototypes to test.
In this phase students select the most appealing idea and create a plan to implement it. Students then build the prototype using the materials specified and then test it to make sure it meets their performance criteria. Students may need to retest their prototype and revise it to ensure it is functioning as intended.
This is a great way to teach about the importance of problem http://emjay-eng.com/how-useful-are-data-room-providers/ solving and iteration. It is very common for engineers to find the solution, then test it and then come up with an additional issue they must address. The process is repeated until the engineer finds a solution which meets their expectations.