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Many engineers use an organized design process to offer solutions to customer requirements. The process adds structure to a project, and encourages creativity. The objective raw data collected during the process can help reduce bias and aid in better decision making. Additionally, the engineering process teaches that failures and setbacks could be valuable sources of future data.
Problem definition is the initial stage of the engineering design process. Engineers must be aware of the purpose of their product to accomplish and the reason they require it. This is a crucial step for the rest of the engineering process.
Once the issue is identified, it is crucial to gather as much information regarding the solution to the need as possible. This can be achieved through conducting research, asking questions that are crucial and brainstorming ideas. This is where engineering creativity truly shines and where the most innovative solutions result.
Engineers should identify solutions and evaluate their pros and cons before selecting the best. The solution must also meet the constraints of the project (e.g. costs, materials, time and space).
Once the best solution has been chosen, it is an excellent idea to create a model of the product or equipment. Then, tests can be conducted to determine if the product does what it is supposed to do. In identifying any flaws in the initial stages the project is able to reduce overall development time and saves money to fix problems later on.