Science Buddies will be performing maintenance on Tuesday January 3, 2023 at 10pm PST for two hours. Show
Key Info
Choosing a ProjectFinding an Idea for Your Engineering ProjectYou know that you want to do an engineering design project, but how do you come up with an idea or find a problem to solve? How do you uncover a new problem that no one has tried to solve yet? Or how do you pick and choose, from all of the products, systems, and environments already out there, one that you might want to improve? This process of uncovering a problem, or identifying the need for change or improvement to an existing solution, is called need finding. One really great way to start the need-finding process is to make a "bug list." Think about all of the things that bug you or bug other people around you. Write them down. They may seem like small and silly problems, but they can spark ideas for a project or lead to larger problems that you may not have noticed otherwise. Here are some examples of things you might find on someone's bug list:
Challenge yourself to come up with as many bugs as you can. They don't all have to be things that bother you; think about other people and the problems that they face as well. You will be surprised at the number of bugs you can identify in the world around you. Start this list in your design notebook, and spend a few days recording your ideas. Notice that there are two different types of potential project ideas that you have come up with on your bug list. First, there are the unsolved problems that don't currently have a solution. Second, there are poorly solved problems that have solutions, but the solutions are not entirely successful. Unsolved ProblemsOne problem identified in the bug list is the issue of food getting stuck in a vending machine. There is currently no solution for this problem. If you put your money in the machine, select the food that you want, and then, the food gets stuck before it can drop to where you can reach it—you are out of luck. You might try shaking or kicking the machine, but those are not designed solutions to the problem. In cases of unsolved problems, your engineering project would be to attempt to solve the problem. For this example, possible project ideas might be to design a product that can be used to remove stuck foods from vending machines or a new vending machine that makes it impossible for food to get stuck. Poorly Solved ProblemsAn example of a poorly solved problem from the bug list is the issue of cat or dog hair getting stuck on clothing. There is currently a solution to this problem—the lint brush. However, many people still complain about annoying pet hair on their clothes. Clearly, the lint brush is not the perfect solution. In cases of poorly solved problems, your engineering project would be to improve the existing solution or to replace the existing solution with something more successful. For the pet hair example, possible project ideas might be to make the lint brush more effective at removing hair from clothing or to design something better than the lint brush for the same purpose. Whether you want to choose an unsolved problem or a poorly solved problem for your engineering project, there are plenty of problems out there! Keep in mind that the problems already exist; you just need to identify them and their users. Also, doing an engineering design project doesn't always mean inventing something brand new—it often involves bettering the projects of those before you. Defining the ProblemDefining the ProblemEngineers solve problems by creating new products, systems, or environments. Before creating something, it is very important to define the problem. Otherwise, you might build something only to find that it does not meet the original goal! To define your problem, answer each of these questions:
The answers to these three questions are the what, who, and why of
your problem. Your problem statement should incorporate the answers as follows: [Who] need(s) [what] because [why]. In design terms, who, what, and why can be defined as: Who = user The problem statement for any good engineering design project should be able to follow the format shown. Your problem statement should always look like this: need(s) because . If you are improving an existing solution for your project, keep in mind that the improvements will be part of your problem statement. Making something better, faster, or cheaper should be part of your statement—either in the "what" portion and/or the "why" portion. For example, if you are improving a car radio, your problem statement might be: People need cheaper and better-performing car radios, because current radios are expensive and poor at picking up weak radio signals. ExamplesProblem Statement ExamplesHere are some additional examples of engineering design problem statements: Students need an easier way to lock their lockers at school, because combination locks are hard to unlock and often get jammed. Dogs need a way to go to the bathroom inside homes, because dogs don't like to go outside in bad weather, and there are times when people can't take their dogs outdoors. Teachers need a better way to erase chalkboards, because erasers are messy and don't remove all of the chalk. Parents need a way to store lunchboxes in the refrigerator, because they often make their children's lunches the night before school. Evaluating Your Problem StatementThe problem that you select for your engineering design project is the cornerstone of your work. Your research and design work will all revolve around finding a solution to the problem you describe. Here are some characteristics of a good problem statement:
For an engineering project, it is important to think ahead to avoid difficulties and save you lots of unhappiness later. Imagine what you might design and make to solve your engineering problem. How does your possible solution stack up against these issues?
If you don't have good answers for the stated issues, then you probably should look for a better engineering design problem to solve. Some projects that involve controlled or hazardous substances need SRC (Scientific Review Committee) approval from your science fair BEFORE you start making things. Now is the time to start thinking about getting approval if necessary for your engineering project. (See Scientific Review Committee (SRC)). Proposal FormEngineering Design Proposal FormYou might want to fill out this Engineering Project Proposal Form so that you can get feedback on your science fair project from your teacher, parents, or other people you know who might give you valuable feedback. WorksheetEngineering Project Proposal FormFill out this Engineering Project Proposal Form so that you can get feedback on your science fair project from your teacher, parents, or other people you know who might give you valuable suggestions. ChecklistEngineering Project ChecklistAnswer the questions in the quick checklist to find out if your project is on the right track. Explore Our Science VideosFinding Pi Using Everyday Objects Making Shadow Puppets – STEM Activity Paper Rockets - STEM Activity Free science fair projects. What are the three main sections of typical engineering homework presentation format?For typical engineering problems, the standard format consists of at least four sections: Given, Find, Solution/Analysis, Discussion/Conclusion.
Which country is din primarily involved?DIN # is used for German standards with primarily domestic significance or designed as a first step toward international status.
What are some of the things known about the problem is a part of which step in a basic engineering problem solution?Asking yourself, "What are some of the things known about the problem?" is a part of which step in a basic engineering problem solution? Defining the problem.
Which organization is directly responsible for European standards and codes?The European Committee for Standardisation (CEN) brings together the national standardization bodies of 33 European countries. It provides a platform for the development of European standards and other technical documents on various types of products, materials, services, and processes.
|