A set of steps that engineers follow to solve a problem is referred to as an engineering process. It is highly iterative and certain parts of the process can be repeated several times within one project. The steps that are repeated can be described and framed differently.

The first step is researching. This includes finding information, identifying needs and understanding constraints. It is an essential part of http://emjay-eng.com the engineering process, which allows engineers to discover the best possible solution for the issue.

After the researchers have gathered enough data and have begun brainstorming solutions to the problem. This can be accomplished in a variety of ways, and is the stage where engineering imagination really blossoms. This is the phase where possible solutions are evaluated and analyzed. This could involve simulation studies, constructing decision matrixes and even creating prototypes for comparison.

The process involves students deciding on one of their best ideas and preparing a plan for its creation. The students build the prototype using the materials they have chosen and test it to ensure it is in line with their performance requirements. Students may need to test and tweak their prototypes to make sure it works as intended.

This is a great way to demonstrate the importance of problem-solving and iteration. Engineers are known for developing solutions, test the solution and then come across a new problem. The process is repeated until the engineer can come up with a solution which meets their expectations.