Inquiry is one of those buzz words in education these days. I get teachers' magazines every other day with new tips on how to include this innovative technique in the classroom, and I truly believed that I was doing it to the best of my ability. The problem, though, is the tests.
All last year, I was struggling with the desire to teach through inquiry and the fear of the tests at the end of the year. Everyone says that through inquiry, students learn the material better, but it's easier said than done. With the tests looming, there seemed little time to spend creating and presenting projects. After all, I didn't even get through the whole curriculum.
In the end, few of my students passed the Regents anyway, so this year, I figured, why not go all out with the inquiry?
In general, I have felt more at home in the classroom and my family has said this holiday season that my talk about school has changed drastically from last year. I am more comfortable in my teacher role and know the curriculum better than I did last year. This summer I did a lot of planning ahead so that I would be ready for this year, and much of my research concerned how to create better inquiry-style labs and projects. I did my first project - making a brochure to educate community members about possible dangers from space - and it was somewhat successful, but I felt the students weren't really into it. It wasn't real to them.
Then I hit upon a new idea. In doing my unit on insolation, climate and atmosphere, I decided to have students build greenhouses for our school garden (built by a community organization called EATS that brings urban farming to low-income schools). I had been working with them to try to get more students involved and using my class seemed like the perfect plan, plus we were talking about the greenhouse effect and climate. It was ideal.
I created a competition: each class was divided into groups of 4. Each group had to design a greenhouse that used the properties of winter insolation and electromagnetic radiation. We went outside and measured the angle and direction of the sun, confirming what we had learned about low-angle insolation. Groups presented their design to the class, giving an explanation as to why it would be effective and comparing it to the atmosphere. Then each class voted on the best design - and when we return from break, they will build a prototype and cover a single bed with it. Then we will see which class came up with the best design and they will win a class trip with EATS to a culinary arts college.
The designs they came up with were fabulous and the kids were so excited to be outside and doing something physical, tangible. In their presentations, most groups demonstrated a clear understanding of how Earth's tilt causes low-level insolation and why greenhouses are necessary. They were even able to answer Regents-level questions about insolation and seasonal changes.
The project could still use some tweaking, but it was such a breakthrough for me as a teacher to see that students really can reach Regents-level understanding through inquiry and project-based learning. They are not mutually exclusive. I even have a feeling that my students, especially those who struggle on paper-based assessment, will remember insolation better than other topics. I truly hope I am able to come up with similar projects for my upcoming units. If I can keep the interest of my usually hyper students and actually get them to retain information, I will do whatever it takes. And I know their test scores will benefit.