Using Hooda Math Escape Games in the Classroom
Hooda Math has been around for over a decade. It started as a simple collection of math drills and gradually expanded into narrative-driven escape room games. The Topeka Escape Hooda Math title is one of several location-themed versions where students solve arithmetic problems to unlock the next stage. The premise is straightforward: you are trapped somewhere, and every correct answer opens a door or reveals a clue. It is not particularly fancy, but it works well enough for upper-elementary and middle-school math practice. The Topeka version follows the same engine as every other Escape game on the platform. Students are presented with a scene and a locked door, safe, or puzzle box. To proceed, they need to answer math questions correctly. The difficulty scales gradually across rounds, starting with basic addition and subtraction before moving into multiplication and division. Some levels introduce two-step word problems. The game tracks progress locally, so students can pick up where they left off within the same browser session. I have run this in my classroom for about three years, mostly with fourth and fifth graders. The main thing to understand upfront is that it is a supplement, not a replacement for direct instruction. It works best as a Friday activity or as a station during center time. The game rewards speed, which means struggling students will either guess quickly and get it wrong, or stall out entirely while others fly ahead.
How to Set It Up
Navigate to Hooda Math's website and search for the Topeka Escape game. No download is required since it runs entirely in the browser. The game supports Chromebooks, Windows machines, iPads, and Android tablets. The main bottleneck you will hit is device count. If you have 30 students and only 15 tablets, you need to split the class into two groups and rotate. That was the first thing I learned the hard way during my second year of using it. Before launching the game, I create a simple tracking sheet. Students write their names on it and record how far they got each time they play. It takes about two minutes to set up and gives you a quick snapshot of who is actually engaging with the content versus who is mashing buttons. Without that sheet, you will not know who is doing the work during center time. There is no built-in teacher dashboard or score export. If you need data, you are collecting it manually. That limitation matters more than it sounds at first because it eliminates any excuse to skip the tracking sheet. I use a small clipboard with a grid: date, student name, highest level reached, and number of attempts. I go through it once a week. It takes roughly 10 minutes and surfaces which students need a different activity.
What Actually Happens When Students Play
The first thing to notice is how fast the early rounds go. A student who knows their facts can blast through the first three levels in under four minutes. After that, the problems shift from pure calculation to reading comprehension. You will see students who ace single-digit multiplication stumble on a word problem that asks for the difference between two quantities. The game does not scaffold that transition. It just presents harder problems and expects kids to figure out what operation to use. I ran into a specific issue last fall that I want to mention because it is not obvious from the game's surface. The Topeka Escape Hooda Math game sometimes freezes mid-round on certain iPads when the on-screen keyboard appears after selecting a multiple-choice answer. It is not a universal problem, but it is concentrated on older iPad models running iOS 14 and 15. The freeze happens maybe once every 15 to 20 minutes of gameplay. The workaround is simple: have students tap outside the answer box twice before confirming their choice. It dismisses the keyboard, registers the tap, and avoids the freeze. I printed a small note on the back of my tracking sheet that says "tap away twice if the game locks up." That single adjustment eliminated most of the tech complaints I used to deal with during game time.
Get the Full Details
Common Pitfalls and What to Avoid
The biggest mistake I see teachers make is letting the game run completely unsupervised. The escape format is designed to be self-directed, which sounds great until you watch a student spend 20 minutes staring at a multiplication problem they should have known instantly. They are not thinking deeply. They are frozen. The game does not pause or prompt them to move on. You have to intervene. Another pitfall is pairing students who are at very different skill levels. The game does not support simultaneous multi-player input, so one student ends up answering while the other watches. The stronger student often dominates the interaction, which defeats the purpose of practice for the weaker student. I now pair students who are within one grade-level equivalent of each other. If one student is working at third-grade math and the other is solidly at fifth-grade level, they should not share a device. The timer in the game is optional but it creates unnecessary pressure. I turn it off whenever possible. The game still tracks your progress without it, and removing the timer reduces anxiety for students who already struggle with math performance. It also slows down the fast finishers just enough that they stay engaged with the harder problems instead of breezing through and asking for more.
When This Approach Fails Completely
Hooda Math escape games are not suitable for students who are significantly below grade level in math fundamentals. If a student cannot fluently recall multiplication facts through 12x12, the game becomes a source of frustration rather than practice. The problems do not break down into smaller steps, and there is no hint system that explains the method. I recommend pulling those students aside for targeted fact practice instead. There are better tools for building fluency. The escape games are fine for students who are at or slightly above grade level and need engaging repetition. The content is also limited in scope. You are going to see the same problem types cycle repeatedly across all the escape rooms. The Topeka version, like the others, does not cover geometry proofs, fractions with unlike denominators, or decimal operations beyond the simplest cases. If you need to assess those skills, this game will not give you useful data. I use it alongside a separate diagnostic tool for that purpose, usually a short paper quiz that takes five minutes and provides clear results.
Practical Schedule
A typical session runs 20 to 30 minutes. I start with five minutes of direct instruction or review of the day's target skill. Then students rotate through the game for 15 minutes while I collect their tracking data. The final five minutes is a quick group discussion where I ask who hit a problem they found unexpectedly hard and how they worked through it. That last part is where the actual learning consolidation happens. The game provides the practice. The conversation around it turns practice into understanding. It is not a perfect tool. Nothing in education is. But for the right student population and with the right expectations, it fills a niche that worksheets do not. Students who resist traditional practice will engage with the escape format, and that engagement alone can be enough to get them doing the math they would otherwise avoid. Just set it up properly, track the data, and stay present in the room while they play.
