If you could help your child with a school assignment that teaches new concepts, develops critical thinking and provides an opportunity for fun and creativity, you’d jump on it, right? Well, get ready to put on your lab coats and eye goggles – okay, maybe not the lab coats – and take on the challenge of a science fair project.
Working on a science fair project is a great way for your kids to learn about science and to develop a lifelong love of the scientific process. The trouble is that many students – and their parents – go with either the same old project ideas (think tornado tubes or bubbling volcanoes) or think they have to come up with something that would interest NASA or MIT. Neither is the case.
At xUmp.com, We have put together a list of tips to help you and your child find and develop a successful science fair project. In addition, we’ve added age appropriate guidelines when needed. Be sure to check with your child’s teacher or the sponsoring organization for specific rules for your science fair.
Brainstorm with your child about what aspect of that subject he or she is interested in, and then research some experiment ideas that fall into that category. Be sure your project has a defined goal or objective. Think of filling in a statement such as: "The goal of my project is to show"... or “My project will prove that..."
For children in grades K-3, projects that are simple and straightforward and that demonstrate basic scientific principles work well. Gather information by reading together a few short books or magazine or internet articles about your subject. Then discuss with your child ways to display the concepts you have learned. Models and simple experiments work well for this age group.
Kids in grades 4-8 should look for experiments that use the scientific method. Start with questions. “Why does this happen?” or “What would happen if...” are great places to start. Research the topic in books and online articles and then encourage your child to use further questions to develop a hypothesis – a statement that describes what you think will happen in your experiment.
High school students need to be creative in coming up with a fresh subject and a clear hypothesis that demonstrates their growing knowledge and capabilities.
If your child is not interested in the topic, he or she will not be motivated to do his or her best. The science fair judges will be able to see that lack of motivation in the finished product.
Encourage your son or daughter to try something new. Remember they don’t have to know all the answers already – the point of the experiment is to find some of the answers!
At most science fairs, a student with a seemingly simple project who understands it well will win over a student with a complicated project who is not able to communicate what he or she has learned.
Allow plenty of time for trial and error with your supplies and materials. Remember you will have to conduct your experiment many times to document your results, so be sure you have plenty of supplies – especially any perishable or unusual supplies -- on hand. You don’t want to be caught short at the crucial moment.
For elementary students, this process is pretty straightforward, but for middle school and high school students, it requires them to set a timetable and to take careful notes. This recordkeeping experience will serve them well in other learning endeavors and in real-life jobs
Encourage your middle school or high school student to keep a lab notebook to write down observations and small details. Photographs are a great way to document their observations. Ask your student to note dates and times of their observations to make their findings even more useful.
Here is where you can play a critical role as parent. Encourage your budding scientist even if the hypothesis was wrong. That’s what the scientific process is all about. Imagine what would happen if scientists were not encouraged to test out theories – and to fail! We would never learn new things or grow in our knowledge of the world around us.
Most science fair projects require some sort of display. Young artists can create posters or dioramas. Mathematicians can use charts or tables. Photographers can mount photos. Be sure to follow the criteria set by your science fair. The guidelines may include a physical representation of the hypothesis statement, a list of all materials and references used, a visual representation of the results and a written conclusion from the findings.
Teachers and judges are not concerned with what you have learned but what your child has learned. Sometimes, we parents live vicariously through our kids, and we think that more is more.
Resist the temptation to push your child beyond his or her limitations. Be sure to keep the project at a level that makes sense for your child’s comprehension and abilities. Otherwise, you may be doing more harm than good in the long run.
For ideas and supplies for your one-of-a-kind learning experience, visit our website at xump.comPlease share this article:
At xUmp.com you will find a large selection of scientific products carefully curated by real scientists and educators. We sell everything from educational toys, teacher supplies for science classroom, lab equipment, science toys, science fair supplies, classroom equipment, chemistry glassware, chemistry lab equipment, physics demos, electronics supplies, robots, science kits to geeky science gifts.