Creation Crates Open High School Students’ STEM Interests

Tuesday, September 22, 2020
The image shows three different students working at their homes on Creation Crates projects.

High school students throughout the country designed, built and tested a variety of projects made with simple household products contained in Creation Crates through a new summer pre-college STEM exploration program.

Specially designed packages filled with a variety of simple household items provided a treasure chest of creativity and ingenuity for a group of high school students in a fun-filled summer that enriched their interests in science, technology, engineering, and mathematics (STEM).

The new Creation Crates online pre-college STEM outreach activity replaced the institute’s popular Operation Catapult campus program because of health and safety concerns surrounding the COVID-19 pandemic.

Throughout a two-week period, 36 students from across the country received special boxes, like Fruit of the Month or Jelly of the Month club packages. Some of the items included a motor, fishing wire, command hooks, wood screws, calipers, a kitchen scale, a piece of basswood, and 9-volt batteries.

Then, the students logged online daily to work with three mechanical engineering professors to take the items to design, build and test a small electric motor, a trifilar pendulum and the rupture modulus of basswood. They used the devices to learn the basics of mechanics and electrical circuits while taking some power measurements.

And, even the boxes themselves became part of one of the experiments.

“The program involved challenging material that required students to become comfortable with open-ended problem solving,” says lead faculty mentor Aimee Cloutier, assistant professor of mechanical engineering. “Several times, they came up with experimental solutions that made me think, ‘Huh, I'd never thought of that as a possibility!’ When troubleshooting became an issue, especially for the motor experiment, the students embraced the challenge, remained flexible, and reached out for help as needed. It was a pleasure to get the occasional e-mail at 11 p.m. with a video attachment saying, ‘I did it! It works!!"

Kayla Guyer, a 12th grader from Robinson, Illinois, says she was excited when the items were delivered and was intrigued to see how they would be used to complete an assignment. She also liked the opportunity to work with college professors and learn about how they became interested in engineering.

“The pendulum was awesome because it was a challenge, and I had never done anything like it before,” she says. “The most challenging part of the assignments was just getting the projects perfect. The professor really helped me with this part, working out what needed to be improved. Not being (at Rose-Hulman) wasn't really that difficult. Dr. Cloutier was very hands-on to help when needed.”

Shelbyville, Indiana 12th grader Austin Perry enjoyed finding the rupture modulus, or breaking point, in a piece of basswood. “I used water as my weight,” he remarks. “And, when the wood finally broke, the water spilled all over my garage floor … It was just a fun experiment all around. I always have a good time breaking stuff. And, messes are fun to deal with too.”

He also enjoyed virtual mini-classes taught by mechanical engineering professor James Mayhew, who specializes in aerospace engineering. “I would always be excited to log on to my class and wait for people to join and say ‘good morning’ or ‘good afternoon,’ depending on where we lived.

Other students participated online from as far away as California, Oregon, Maryland, Texas, Washington, and Florida.

“The students were resilient, creative, and eager to learn,” says Cloutier.

Mechanical Engineering Professor Eric Constans says, “The electric motor project seemed to generate the most enthusiasm among the students, even though it was the most challenging. A couple of my students refused to give up, even though it took them several hours to get their motors working. They learned many valuable troubleshooting skills that I believe will serve them well in engineering school.”

Then, he adds, “I was really surprised and energized by how enthusiastic the students were about completing the projects, even though it was summertime in the middle of a pandemic. The students displayed considerable ingenuity in making the experiments work in their own homes, and they were really proud of the results.”

While being quite familiar with Rose-Hulman because she’s from Terre Haute, 12th grader Alisha Mastakar was a relative newcomer to completing engineering projects. “The most difficult part about the assignments was being thrown into it, then being expected to figure everything out by yourself, and then asking questions if you had trouble,” she said. “Things were not spoon-fed, and I really had to think hard while completing the assignments.”

Another local student, 12th grader Katie Collins has participated in a variety of STEM exploration activities at Rose-Hulman, including Project Select, the Spark! Design Competition, and Sonia Math Day for Girls.

“Rose consistently goes above and beyond to engage students in STEM activities long before the college application process begins,” she says.
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