Late October in suburban Minneapolis doesn't just bring the smell of woodsmoke and the crunch of dead leaves; it brings a specific kind of damp chill that seeps into the garage floor and stays there until May. I was standing in the kitchen one of those mornings, nursing a lukewarm coffee, watching my youngest daughter perform a precarious balancing act on her tiptoes just to reach the bathroom faucet. It was the kind of morning where my IT brain starts looking for a technical fix for a physical problem. I didn't need a new software patch; I needed a vertical elevation solution built out of the 1x8 pine offcuts currently cluttering my workbench.
I’ve spent the better part of the last few years converting half of our two-car garage into a workspace. It’s a work in progress, much like my woodworking skills. I started during the pandemic with a bookshelf that looked like it was losing a fight with gravity, and while I’ve graduated to building things like our dining table, I still approach every project with the nervous energy of a junior dev pushing to production on a Friday afternoon. This step stool felt like the perfect weekend sprint—low risk, high utility, and a chance to clear out some of the 'legacy hardware' in my scrap pile.
The Logic of Using 'Inferior' Wood
There’s a lot of advice out there about using hardwoods like oak or maple for furniture. For a dining table? Sure. But for a toddler’s step stool? I’m going to go against the grain here—pun intended—and advocate for construction-grade pine. When I dug through my offcuts from a previous project, I realized I had just enough 1x8 pine to make this happen without a trip to the big-box store.
Pine is soft, which usually makes woodworkers turn up their noses. However, in the context of a bathroom stool, that softness is a feature, not a bug. Pine provides a naturally tactile, slightly high-friction surface. When you’ve got a kid with soapy, wet feet, a perfectly slick, polyurethane-coated piece of walnut is basically a slip-and-slide. The natural imperfections and slightly open grain of common pine offer a better grip. Plus, let’s be honest: this thing is going to be covered in toothpaste and dropped repeatedly. I’d rather see a dent in a three-dollar piece of pine than in a thirty-dollar piece of cherry.
Before I started cutting, I had to remind myself of the math. In the world of lumber, names are more like suggestions. A nominal 1x8 board isn't actually eight inches wide; the actual width of a nominal 1x8 pine board is 7.25 inches. Similarly, the actual thickness of a nominal 1-inch board is 0.75 inches. If you try to build a project based on the numbers on the sticker at the store without accounting for these 'hidden offsets,' your final product will be as broken as a database with a corrupted schema.
The Saturday Morning Cut List
One Saturday morning, I dragged my miter saw to the center of the garage. The air was crisp, and the smell of fresh pine sawdust mixing with the cold, damp scent of a Minnesota garage floor in late autumn is something you don't get in a cubicle. I had my cut list scribbled on a piece of cardboard. The design was simple: two sides with a slight 'V' notch at the bottom for stability, a top platform, and a front stringer for lateral support.
I’ve learned the hard way that 'eyeballing it' is the quickest way to end up with a project that wobbles. I treated my miter saw cuts like I treat code reviews—double-check the logic before you execute. I cut the two side pieces at 12 inches high and the top platform at 14 inches long. Using the full 7.25-inch width of the 1x8 for the depth seemed about right for a sturdy base. It’s a narrow footprint, but for a kid’s stool, you want it to tuck against the cabinet when not in use.
As I was finishing the cuts, I noticed something. I had been so focused on the measurements that I hadn't checked the fence of my saw for square. I felt that familiar sinking feeling in my gut when I saw the 1/8-inch gap in the top plank because I didn't check my miter saw for square. The cut was just a fraction off 90 degrees. In a long board, that error compounds. It’s the woodworking equivalent of a rounding error that crashes a financial report. I had to go back and shave a hair off each piece to bring everything back into alignment.
Assembly and the Pocket Hole Paradigm
The following Sunday afternoon, it was time for assembly. For a project like this, I’m a big fan of pocket hole joinery. It’s fast, strong, and keeps the screws hidden on the underside of the stool. I set my jig for 3/4-inch material and grabbed the 1.25-inch pocket hole screws, which is the recommended pocket hole screw length for 3/4-inch material to ensure the screw doesn't poke through the top of the board.
I wrestled with the jig on my workbench, which, despite my best efforts, is never quite as organized as the ones I see on YouTube. Working in a small garage means you're constantly playing a game of Tetris with your tools. I clamped the sides to the front stringer, drove the screws in, and felt that satisfying 'thunk' as the wood pulled together. Wood glue is essential here; it creates a bond stronger than the wood fibers themselves when clamped properly. I look at glue as the 'commit' to the 'push' of the screws.
However, even with the glue and the screws, the garage floor had one more surprise for me. My garage floor is slightly uneven—most are, for drainage—and when I set the stool down for its first 'smoke test,' it wobbled. I realized I’d cut one leg nearly an eighth of an inch too short during my 'shaving' session. It’s frustrating, but it’s a reality of the hobby. I spent the next twenty minutes with a hand sander, essentially 'debugging' the legs until the stool sat flat on the concrete.
Sanding Away the Mistakes
A few days later, after the glue had fully cured, I tackled the part every woodworker hates: sanding. I started with 80-grit to knock down the high spots and worked my way up to 220-grit for a smooth finish. Grit numbers on sandpaper indicate the number of abrasive particles per square inch; higher numbers mean a finer finish. It’s a repetitive, dusty process that makes you question why you didn't just buy a plastic stool from a big-box store for ten dollars.
But then you run your hand over the wood and feel the transition from rough lumber to something tactile and smooth. I left the edges slightly rounded—nothing fancy, just enough so a toddler’s shin wouldn't suffer if they bumped into it. I’ve written before about my mistakes building a DIY modern coffee table where I over-sanded the corners, so I was careful to keep the lines relatively clean this time. It’s all about finding that balance between 'handmade' and 'haphazard.'
For the finish, I went with a simple water-based poly. It dries fast and doesn't smell like a chemical factory, which is important when you're working in a garage attached to your house. It also doesn't yellow the pine too much, keeping that bright, clean look that matches our bathroom trim.
The Integration Test
The real test came when I brought it inside. I placed it in the bathroom, and within five minutes, my daughter was standing on it, successfully reaching the soap dispenser without the tiptoe gymnastics. Seeing the stool in the bathroom, covered in a few stray drips of toothpaste a few days later, I realized it's the most useful thing I've ever built with my own two hands. It’s not a masterpiece. It’s not heirloom quality. But it solves a problem, and it was built with materials that were destined for the burn pile.
If you’re just starting out and your garage is more 'storage unit' than 'workshop,' don't let the complex projects on the internet intimidate you. Start with something like this. If you can handle a miter saw and a drill, you can build furniture. It's a lot like when I was building a DIY picnic table using beginner friendly woodworking plans—you realize that most of woodworking is just making a series of boxes and then trying to hide the gaps where the boxes don't quite meet.
Every project I finish reinforces the idea that the mistakes are part of the documentation. That 1/8-inch gap I had to fix? That's a lesson learned about checking my saw's squareness. The wobbling leg? That’s a lesson about the importance of a level assembly table. In IT, we call these 'post-mortems.' In the garage, I just call them another reason to buy more sandpaper. But at the end of the day, when the kid can wash her own hands and I didn't spend fifty bucks at a furniture store, it’s a successful deployment in my book.