Online Geometry: BYU vs Apex vs ALEKS – What Happens When Your Kid Actually Has to Learn It
The first sign of trouble came on a Tuesday night, about three weeks into the school year. My daughter Ella was sitting at the kitchen table with her laptop propped open, staring at a triangle that had more lines through it than a airport runway diagram. She was using ALEKS for geometry, because our school district had moved to a hybrid schedule and geometry was one of the courses they’d outsourced to an online platform.
“Mom, what is an angle bisector?” she asked, not looking up.
I knew what an angle bisector was. I just didn’t know how to explain it to her when she was looking at a screen that expected her to calculate something about it within the next forty seconds.
That was the beginning of my education in online geometry programs. By the end of the year, we’d cycled through three different ones—ALEKS, Apex Learning, and BYU Independent Study—and I’d developed more opinions about learning management systems than I ever thought possible.
ALEKS came first. The selling point was pre-assessment. It figures out exactly what a student knows and what they don’t, then builds a custom learning path. It feels almost like a game, in that you answer questions and a little pie chart fills up with colored segments. The problem is that it also feels almost like a game you’re losing. Ella would answer ten questions correctly and the pie would grow maybe three percent. She’d answer one incorrectly and it would disappear entirely.
“The program thinks I’ve forgotten how to find the area of a rhombus,” she’d say bitterly.
What I learned about ALEKS is that it’s relentless. It doesn’t move on until you’ve mastered something. That sounds great in theory. In practice, when you’re a tenth grader who hates math and is being asked to prove geometric theorems you can barely understand, mastery-based learning can feel like being waterboarded with a protractor. It’s adaptive, which is genuinely useful, but it’s also emotionally draining. There’s no teacher to ask, no video to rewatch at your own pace, no explanation beyond “here’s a hint.” It’s just you, the program, and the gap between where you are and where it thinks you should be.
What actually helped with ALEKS: we scheduled it for short bursts—twenty minutes a day instead of the suggested forty-five. That kept the frustration from boiling over. Also, I learned to sit nearby while she worked, so I could read the explanation boxes with her. Silly as it sounds, having a person there to say “okay, that actually makes sense now” was more effective than any feature the software offered.
The school eventually switched her to Apex Learning, which was a different beast entirely. Apex is structured more like a traditional course. There are video lessons, printable notes, practice problems, quizzes, and unit tests. It’s comprehensive. The problem is that it’s also enormous. A single unit might have twelve lessons, each with a twenty-minute video and thirty practice questions. Ella would sign in, see the task list, and immediately deflate.
“Look at this. I have to watch a video about three different types of quadrilaterals,” she’d say. “Then I have to take notes. Then I have to do practice. Then there’s a quiz. But the quiz has different questions than the practice.”
Apex assumes you’ve watched the videos and taken the notes. It does not assume you understand the material. It has all the pieces of a good course—the explanations are clear, the sequencing is logical—but it never meets your kid where they actually are. The videos don’t pause and ask you to try something. The quizzes don’t adapt based on your wrong answers. They just mark you wrong and move on.
The thing that saved us with Apex was the notes. I made Ella take actual paper notes, even though the interface offered digital ones. Writing stuff down by hand forced her to slow down, and when we reviewed her notes before the quiz, I could see what she missed. That sounds obvious, but the program itself doesn’t encourage it. It wants you to stay on screen, clicking and scrolling. We used the program for instruction but made it a ritual to close the laptop after each video and spend five minutes explaining the concept to me. That five minutes, me asking “wait, why does that work?” and her trying to articulate it, built more understanding than any of the built-in assessments.
Halfway through the spring semester, things shifted again. Ella announced that she wanted to switch to BYU Independent Study, because her friend who was taking online physics through them “actually got feedback.”
BYU Independent Study is different in a way that matters: it’s taught by real humans. There are actual teachers you can email. Assignments are graded by people, not algorithms. The curriculum is rigorous and fairly old-fashioned—it expects self-discipline and moves at a steady pace. It also has recorded lectures and readings, but they feel less like modules and more like actual lessons. The teacher, when Ella emailed her, wrote back within twenty-four hours with a note that wasn’t a canned response. That alone was worth the switch.
The tradeoff is that BYU demands a lot of independent motivation. There’s no daily check-in, no relentless pie chart, no auto-generated tasks. If my kid doesn’t log in, nothing bad happens. There’s no scary red bar or due date looming. For a student who needs external structure, that can backfire. Ella’s friend ended up dropping BYU geometry precisely because the freedom felt too empty. She missed the structure of Apex, even the parts she’d complained about.
“I actually have to read the textbook,” Ella said one afternoon, surprised, holding a PDF chapter about congruent triangles. “Like, read it. There’s no video that’s going to explain it to me.”
That’s not entirely true—there are videos—but the spirit was right. BYU treats the student as the one responsible for learning. The materials are good, but they don’t spoon-feed.
What I learned from all three is less about which platform is “best” and more about what environment my particular kid needs. ALEKS is for gap-filling and relentless practice. Apex is for structure and coverage, even if it buries kids under busywork. BYU is for self-starters who need quality materials and real feedback but can manage their own schedule.
If I had to do it again, I’d sit down and have an honest conversation with both Ella and the school counselor about which kind of learning frustration we were willing to tolerate. Do we want the frustration of “I got the answer wrong” (ALEKS), the frustration of “this is too long, can I just be done” (Apex), or the frustration of “nobody is going to force me to do this” (BYU)? Every program contains its own kind of friction. None of them eliminates it.
By the end of May, Ella finished her final geometry exam through BYU. She claimed she’d never want to take math online again, but she also got a B+, which was better than her ALEKS and Apex scores combined.
“Would you have rather stayed in person?” I asked her.
“Obviously,” she said. “But at least the B isn’t fake.”
That’s the thing about online geometry that nobody told me: the program matters less than the attention you and your kid can give it. We still don’t have a perfect system. If she takes algebra online next year, I’ll probably research all over again, compare features, read reviews. But I’ll also remember that the adaptive software can’t feel her frustration, and the comprehensive curriculum can’t see her face when she watches the videos, and the kind teacher on the other side of BYU’s email won’t know how close she got to giving up in February.
We’ll figure it out. We always do. But if your kid is starting an online geometry course and struggling to adjust, I’ll tell you what I wish I’d known: the platform is only half of it. The other half is you, sitting at the kitchen table, reading the angle bisector definition out loud one more time.
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