Homeschool Math Curriculum Reviews from an Engineering Mom

by Elizabeth

“What’s your favorite math curriculum?” This was one of the questions I received when I announced I was tutoring math again. After replying to the question, I realized some of my readers might be interested in my perspective, so I revised and expanded my response and am sharing it here.

I LOVE math. I got so excited when my oldest started studying the coordinate plane in algebra that I began drawing on the walls and talking about trigonometry and calculus (see photo below). That was way too much, way too soon, and my husband had to pull me back from my adventure in Mathland before my student’s brain melted down. Now I know not to get too ahead of myself.

But anyway, back to the math curriculum. Here are my thoughts on Saxon, Shormann, Teaching Textbooks, Math-U-See, and Singapore, along with a brief mention of Right Start Math and Life of Fred. If you have thoughts on these or other curricula, I’d love to hear from you in the comments! And if you stick around to the end, there’s not just one, but two BONUS sections for you.

But before we get to the reviews, here’s my math background if you’re interested: I have a bachelor’s degree in chemical engineering with a minor in chemistry from the Missouri University of Science and Technology. I’ve been tutoring math (including SAT/ACT prep) and teaching hands-on math classes at homeschool coops for the past 15 years. I’ve also homeschooled my four children in math since the beginning.


Saxon is my favorite math curriculum. I love its spiral approach that keeps old material fresh for students. I love how rigorous and straightforward it is. But I wasn’t always such a big fan of Saxon. In my early years of homeschooling, I thought “everybody used Saxon,” and I didn’t want to be like everybody else. I wanted to be different. So I chose Singapore.

Later, when I was looking for something to replace Teaching Textbooks (more on that below), Jonathan encouraged me to try Saxon. He said it worked for him as a teenager. And of course by that time I knew that not everybody was using Saxon and that some people even hated it. This solved my hang-up of not wanting to be like everyone else. I decided to try Saxon, and I haven’t looked back. It’s worked for all four of my children, even though they all learn in different ways.

Something I really like about Saxon is that each problem is linked to the lesson number where that particular skill was taught. This makes it easy to locate the teaching on a particular topic if your student is having trouble with a problem.

I see two main weaknesses in Saxon. As an engineering mom, I feel I’m able to cover those weakness, but that might not work for everyone. The first weakness is that there’s not a video explanation for each problem if the student gets it wrong — but I know I can provide that (plus there’s a solutions manual). Second, Saxon doesn’t provide much of a conceptual framework for students who want to know WHY the math is the way it is. (Saxon uses a “procedural approach” rather than a “conceptual approach.”) But again, I feel I can provide the conceptual framework.

And for busy moms, there’s a third weakness: you have to do all the grading yourself.

The strength of Saxon lies in it skills building, constant review, and preparation for ACT/SAT and college math, and for me, those strengths overcome its weaknesses. My oldest did really well on ACT math with his Saxon work. He’s now taking calc in college and doing well. And as a junior, my second just tested into any college math class he wants to take, including calc if he wanted (though he doesn’t want!).

As I mentioned previously, I use Singapore (more on that below) in elementary school and switch each child over to Saxon at a certain point — usually after Singapore 5 or 6. With my youngest, I noticed the frustration level increasing during Singapore 4, so I switched her over earlier. Once I did that, she really made strides in math. Now our math lessons proceed more smoothly and with much less stress.


If you like Saxon but need more student support, you might want to look into Shormann Math. Dr. Shormann produced the DIVE CDs that correlate to Saxon lessons (we use these CDs). Later he went on to create his own curriculum that’s similar to Saxon but more updated/modern. I have not used Shormann Math, but I do know he provides video explanation of each problem if the student gets it wrong, and he may even provide grading and student support online.


As with any curriculum, Teaching Textbooks has strengths and weaknesses, but you can get around the weaknesses if you know what to watch out for. The strength of Teaching Textbooks is that it provides a video explanation for each problem if the student gets it wrong. Also, you don’t have to do the grading.

The weakness is that the student gets a second chance to solve each problem (which from one point of view could be considered a strength). However, if the student gets the problem right on the second chance, it still registers as correct in the gradebook. If a parent is not aware of this feature, they may be lulled into a false sense of security regarding their child’s progress. So as a parent you just have to be watching the gradebook.

I began using Teaching Textbooks when my oldest was heading into junior high. I wanted to lighten my workload and transition him from direct instruction from me to more independent learning. At that time Sonlight was still recommending Teaching Textbooks, so I tried it out. After our first year with Teaching Textbooks, I realized it wasn’t as rigorous as I wanted it to be, and that’s when I switched to Saxon. But not everyone wants or needs that sort of rigor, and that’s ok.

Something I love about Teaching Textbooks is that you can see at a glance what your child is struggling with. You can see what they got wrong, when they needed a hint, and when they used their second try. It’s all recorded in the gradebook. And you can usually find patterns in their wrong answers, but you have to be paying attention to the gradebook and lessons. It’s usually sufficient to check on progress once a week to look for patterns. Then you can work to clarify any misunderstandings and strengthen any missing/weak skills. These features are why I love tutoring students who are using Teaching Textbooks: it’s fairly straightforward to figure out whether a student has mastered a certain skill.

Like Saxon, Teaching Textbooks links each problem to the lesson where that skill was taught so that you can go back and review material if you need.


I loved using Singapore in elementary school. It was fun in the early years, and I love the way they use paper folding and cutting activities to “prove” geometric principles. I also love the way they model percent problems, which I adopted into my repertoire and still use to solve percent problems — even with Saxon books. I once heard Dr. Jay Wile, whose expertise I respect and whose chemistry program I love, recommend Singapore for the early years.

But there’s not much review in Singapore, so you have to get creative to provide enough review to solidify skills. And the word problems can get really difficult really quickly, which can stress out a young child. I switched each child over to Saxon at some point, some earlier than others (as mentioned above). However, I still recommend Singapore in the early years (K-3)!


I have only a little experience with Math-U-See, but I like what I’ve seen so far. The video instruction is good. Math-U-See takes a mastery approach (where students stay with one topic until they’ve mastered it) rather than a spiral approach like Saxon or Teaching Textbooks, but from what I’ve seen and heard, Math-U-See is a quality program that can take the frustration out of math for many children.


A lot of people ask about Life of Fred and/or claim it’s helped their child either understand math or stop hating math. I don’t have any actual experience with Life of Fred, so I can’t comment on it except to say that my gut reaction is that it doesn’t provide enough practice.


I haven’t used Right Start Math either, but I’ve heard really good things about it from people I trust. It’s a conceptual program that relies heavily on manipulatives and intensive teacher interaction. Some kids really want those conceptual explanations, and some aren’t that interested. But if you want to lay a good foundation for mathematical thinking, Right Start should be a good option.


In the early ages, manipulatives are so important. Here are my three favorite manipulatives that I still use on a regular basis:

Cuisenaire Rods. This set of color-coded 1-cm through 10-cm rods helps with addition, subtraction, multiplication, division, and the concepts of perimeter and area. Plus they’re super fun to play with.

Base 10 Blocks. Understanding base 10 is an integral part of mathematics, whether we’re talking about borrowing and carrying (renaming/regrouping) in the younger grades or scientific notation and logarithms/exponents in the older grades. Base 10 blocks are a really helpful visual and kinesthetic way to help children understand base 10.

Fraction Circles. If you’re teaching fractions and running up against some frustration, fraction circles can really save the day! Fractions are important not only in upper elementary school when you first learn about common denominators and reciprocals but also in higher level math, where fluency with fractions is essential for Algebra 2 and above. So give your kid a good foundation with fraction circles.


Flash Cards. Taking the time early on to memorize math facts is so important. It pays dividends later when you get into fractions, long division, and multi-digit multiplication. You want those math facts to be automatic so that your child can focus on the new algorithms they’re learning and practicing.

Skip Counting Songs. Skip counting songs can help your child memorize their math facts, and the songs help with factoring later on.

Hundred Chart. I love a good hundred chart! It’s so useful in teaching prime numbers and the divisibility rules. In the early years I used it almost every day.

Desmos Graphing Calculator. I spent so much money on graphing calculators in high school and college, but you don’t need to do that anymore. The Desmos app is free!

Understanding the connections between algebra and geometry (analytic geometry) is incredibly important starting at the algebra or pre-algebra level (depending on the curriculum). You don’t need a graphing function until Algebra 2, but the foundations are being laid early on, so be sure to make those connections between the algebraic functions and the coordinate plane by doing lots of graphing problems. (A graphing notebook can be helpful here.)

What about you? Any tools, curricula, or supplements you’ve found essential in math instruction?