Many engineers utilize an organized engineering design process to offer solutions to the needs of customers. This process adds structure to projects and encourages the use of creativity. The raw data objectively taken during the process may also aid in reducing errors and lead to more accurate decision making. Additionally the engineering process teaches that failures and setbacks can be valuable sources of future data.
Problem definition is the very first stage of the engineering design process. Engineers must be clear on the purpose of their product to do and why they need it. This is crucial for the rest of the engineering process.
Once the problem has been identified It is important to collect as much information as is possible regarding the solution. This can be accomplished by conducting a thorough research, asking questions that are important and brainstorming ideas. Here is where engineering creativity shines through and is where the most creative ideas can be created.
Engineers should identify solutions and weigh their pros and cons prior to selecting the best. The solution must also be able to meet the project constraints (e.g. cost, materials, and space).
After the most effective solution is selected, it is recommended to design a model of the product or equipment. Then, tests can be conducted to determine if the product does what it is supposed to. It is possible to reduce the time needed to develop a project by identifying any flaws in the early stages. This also saves money on fixing problems later.
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