An engineering process is a set of steps that engineers usually follow to resolve problems. It is highly iterative, and parts of the process may be repeated many times during the course of a single project. The steps that are repeated can be framed and explained differently.
The first step is to conduct research. This includes identifying requirements in the first place, locating information, and identifying constraints. It is an essential part of the engineering process, allowing engineers to discover the most effective solution to any issue.
Once researchers have enough data, they can begin brainstorming ideas for solutions to the issue. This can be done in a variety of ways, and is the area where engineering imagination truly flourishes. This is the stage where ideas are analyzed and analyzed. This could include simulation studies, creating decision matrixes and even constructing prototypes to test.
The process involves students deciding on one of their best ideas, and developing plans for the creation. Students then construct the prototype using the materials they have chosen and test it to ensure that it meets their requirements for performance. Students may need to test and revise their prototype to ensure it functions exactly as they intended.
This is a great way to demonstrate the importance of problem-solving and iteration. It is common for engineers to come up with the solution, then test it and then discover an additional issue they need to tackle. The process is then repeated until the engineer has a solution that meets their expectations.
