In order to address challenges, engineering teams follow a set of procedures known as the engineering design process. The design process is iterative, so we go over the processes as often as necessary to find the best solution. We learn from our mistakes and discover new design options as we go.
Engineers don't necessarily follow the phases of the engineering design process sequentially. It is rather typical to create something, test it, identify an issue, and then return to an earlier phase to tweak or modify your idea. Iteration is a method of working, and it's possible that your approach will follow suit!
What are the steps in the Engineering design process?
If you are an engineering student, you must have heard the phases of this process. Give a read at the process jotted below to clear out your memory -
- Figure out the issue - Students formulate their opinions regarding the issue in this stage. In order to define an issue in the real world, Eric cites several schools that have kids bring their lunch to class every day. What issues does this change bring about? As a possible response, they could have to keep their meals on the floor near where they sit flat on the ground. Finding problems is the first step towards an issue solution. This action fosters critical thinking abilities and the capacity to investigate a subject from a new angle.
- Explore and ask - Questioning the issue is the next phase in the engineering design process. Students might inquire about the following topics:
- Which issue is being resolved?
- Who is the target market for this product?
- Why is it crucial to find a solution to this issue?
If they have an issue, it's time to come up with some remedies. To increase their possibilities, they should offer as many potential solutions as they can. No ideas should be judged right now. Simply let them go.
- Thinking and imagining - It is time to eliminate choices now that there is a list of potential fixes for the issue. Although they cannot all be implemented in the actual world, your pupils can envision how these solutions will operate. Start by just discussing the potential solutions and outlining how they would function. This process will result in the rejection of many of the concepts. After discussing the solution, if more than one concept still appears possible, students can sketch out a couple of their ideas to make them more practical and reduce the list even more.
- Planning - By step four, your pupils have a general understanding of the answer but have not yet figured out the specifics. The answer must now be improved and refined, and the problem-solving process must be divided into manageable chunks. You will return to this phase whenever you iterate or enhance a design.
- Prototype - You should have a design to build by this point, and you should now construct a working example of your solution. It might not be as polished and might be constructed using materials other than those used in the final product. Prior to investing time in building the final product, the goal of this phase is to develop a solution you can test.
- Testing - It is time to test a prototype after it is complete. Here, the students may test the functionality of their designs using what they have made. Because there will be extra issues to address that wasn't considered in the previous design processes, it is probable that students will go through a few testing with various prototypes.
- Improve and enhance - For a reason, prototypes are swiftly constructed. You'll likely produce a few of the designs as you refine them. Step seven is less of a step and more of a going back to the planning stage, figuring out what needs to be altered in your design, creating a new prototype, and testing it once again.
What is the purpose of the Engineering design process?
The engineering design process is one of the best things for engineering students as well as professionals. It helps them in various ways to ease their work. Such as -
- It involves methods and approaches that individuals may apply in practically every circumstance. Each step in the process exposes details about the issue and potential fixes.
- To identify the best viable solution, steps like defining, planning, modelling, and testing might be carried out in different order.
- It always serves a clear, well-defined goal. The objective of engineering design is always to find a solution to a problem, albeit it may entail experiments better to understand the issue (or a potential solution).
Any person attempting to find a solution to a problem might benefit greatly from the engineering design process. However, engineering design can—and is often—performed in teams. Each team member offers unique expertise to the process, which often enhances the final product. If you are an engineering student and need help with this, then feel free to take up online assignment help.
We have the best engineering assignment help experts. They will guide you in the process of completing all assignments related to this course. You just need to ask them, ‘can you do my assignment?’ they will always be ready to assist you in the assignment-making process. So, place your assignment order today.
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