Many engineers employ a structured engineering design process to come up with solutions to customer requirements. This process can help to give structure to projects and stimulates creativity. The objective raw data that is collected during the process can help to reduce bias and encourage better decision making. In addition the process of engineering teaches that failures and setbacks could be useful sources for future data.
The first step in the engineering design process is problem definition. Engineers must be clear on the purpose of their product and the reason it is needed. This is crucial for the rest of your engineering process.
After the problem is defined It is important to gather as much information as is possible about the solution. This can be achieved by conducting research, posing important questions and brainstorming ideas. This is where engineering creativity really shines and where the most innovative solutions come about.
Engineers must consider possible solutions and evaluate their pros and cons prior to selecting the best. The solution should be able to satisfy the project’s requirements (e.g. Cost, materials, space, and time are all important factors.
Once the best solution has been selected it is a good idea to make an initial prototype of the product or equipment. Then tests can be run to determine if the product can do what it is supposed to accomplish. It is possible to cut the development time of the entire project by identifying flaws in the early stages. This can also save costs on fixing issues later.
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