As we keep saying, a lot happens at The New Century School in the month of March, but perhaps no event is more anticipated than the annual Science Fair. This year’s presentation of projects by TNCS 3rd- through 8th-graders had to be done a little differently since we can’t gather en masse yet, but the projects themselves were no less remarkable for their creativity and all-around innovation.
The Science Fair is important, explains elementary and middle school science teacher Rob Brosius, because, “It’s challenging and rewarding. [Doing science experiments] teaches you how to approach any problem with a solution-oriented perspective.” Students made their presentations via Zoom, which Mr. Brosius painstakingly stitched together. This way, TNCS parents will be able to view all student projects and presentations at their leisure. Another benefit stemmed from this new approach—TNCS students were more relaxed as they presented and were able to really explain their experiments in a deeper way. You can sense their (well-earned) pride. They demonstrate a thorough understanding of the science underpinning the project as well as the process that got them to their conclusions—the Scientific Method.
Mr. B. said:
I am making sure that all students can present their research even if they have not completed their data collection and analysis. We have highlighted the importance of each step of the scientific method in relation to personal and group projects. I have tried to communicate the idea that even if your project does not prove your hypothesis, it can still be considered a valuable experiment.
Third and Fourth Grade Projects
These March-Mad Scientists were clearly inspired by their inventive hypotheses and pursued answers to their problems with tenacity and vim! Mr. B. says that he was very impressed with the 3rd- and 4th-grade projects.
The stand-out in this group was a project on Mask Effectiveness—very topical!
Sixth through Eighth-Grade Projects
The stand-out in this group was the project on Water Filtration.
As the independent and dependent variables varied, and the hypotheses were proved or disproved, in addition to following the tenets of study design, students also had to evaluate their work to determine how they could eliminate any confounders next time around.
As you can see, topics ran the gamut of scientific disciplines, from chemistry, biochemistry, physics, and biology to psychology, ecology, and economics, to robotics and engineering. These students are clearly mad for science, thanks in no small part to Mr. B.’s enthusiasm and commitment to the subject!
We leave you with these two words: Elephant. Toothpaste.