Last spring and this fall, the boys and I used a science curriculum from McRuffy Press. It's a scripted curriculum, meaning if you want you can just read off the page for the lessons, and comes with a kit that includes everything you need. We liked it pretty well; one of its weaknesses is that, like many elementary science curricula, it jumps around. One lesson you're doing bats, the next you're talking about electricity, and the one after that, classification. But the boys liked how hands-on it was, and I liked having everything in the box. The materials include games based on the lessons; the boys didn't care much for those and we mostly ended up skipping them.
When we finished the year's worth of McRuffy Press science we had, I considered buying another year's worth. But they only go through third grade in science, and the sample lessons looked both repetitive with what we'd already done, and kind of basic even for Carl, who's notionally a first-grader this year but who is a little advanced academically, I think.
I tried Building Foundations of Scientific Understanding. I loved the idea of it--a comprehensive elementary science curriculum that focuses on the underlying practices and concepts of science. It seemed well-structured and like kids would really understand not just specific science facts and concepts but some things about how science works. And I liked the price: just $24 for the book.
In practice, I found it unusable. It's the kind of science curriculum that "just uses objects you have around the house!" But I never have the objects. When I ended up going to three stores to find a certain kind of balloon for one lesson, I was about ready to give up. I am learning to accept about myself that I don't want to have a long planning time for our homeschooling, so a curriculum that required me to think a week or more ahead about what supplies we'd need, plus take the information in the book and figure out how to make a lesson out of it, was just too labor-intensive for me.
In addition, the book is poorly laid-out; there are no chapter headings, for instance, so it can be difficult to navigate to the lesson you're looking for, or tell when you're there.
I've been on an e-mail list for families using BFSU, and so I know that some people have made it work for them and love it. And the lessons we did manage to do went well. But I now admit that I want something more packaged and more structured; with such an up-front commitment in prep time, I found with BFSU that we were ending up not doing science because I hadn't found time for the planning.
When I happened across Home Science Adventures, I knew the boys would love it. It's all hands-on science activities, organized into six topics: light, insects, microscope explorations, astronomy, birds, and magnetism. You can buy individual topics or sets of three. It's designed to be used with multi-age groups of kids.
I wasn't sure, from the website, whether it would provide the kind of information about scientific methodologies or topic-spanning concepts that I also wanted the kids to be exposed to. But I decided to try it, on the strength of the boys' enthusiasm, with the thought that I could supplement it with additional readings if needed.
We bought a three-topic set: Light, Insects, and Microscope Adventures. It comes with one pocket microscope; I paid for two extras, because I am wise.
So far, we've done 3-5 lessons in each topic, and the boys are loving it. The lessons are brief and very much focus on the kids experimenting and thinking about what they find. They're encouraged to record and analyze data; Eric and I did a lesson in the Light topic today that asked him to analyze the chart of data he'd made and predict what would happen next. The Insect Lessons have been less "here is the life cycle of the honeybee" and more, "How do you classify these bugs? Which characteristics define an insect?" I loved that the first couple of lessons in Microscope Explorations taught about using the microscopes not by giving instructions but through experimentation: "OK, now do this. What happens?" The kids were invited to learn through experimentation that the image in the microscope is both reversed and upside-down, and to figure out that, although it says on the side that they magnify 30x, they really magnify about 22x.
So, the stuff I was hoping to expose the boys to, about how science is practiced, and about concepts like classification that transcend a single topic, seem to be worked in.
And, I must say, when they say everything you need is in the box, they mean it. They don't assume you have scotch tape; it's in the box. If you're going to need paper cups for a lesson, the paper cups are in the box. There's a packet of honey, a paper clip, and a spoon in there. The only things you're going to need that aren't included are an onion and a slice of bread, and I'm pretty sure if they could have figured out how to include those, they would have.
The website claims that the 43 lessons in our box will constitute a whole year's science if done once a week. While that's technically true, I suppose, we find that the individual lessons (contained on one double-sided piece of paper) are so short and engaging that we usually do 2-4 at a sitting. In addition, my boys love science, and are enjoying these kits, so much that I expect we'll do science more like 2-4 days a week. So this isn't a year's curriculum for us, I don't think. But I think it's going to be a very fun few months.
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