When I bought my little house as a foreclosure about thirteen years ago, the handoff was not exactly ceremonious — I got one key, the front door key, and that was it. No mailbox key, no shed key, no key to the side gate latch.
For weeks I walked past the locked shed in the backyard and the locked mailbox, vaguely assuming they were now just decorative. I wasn't going to call a locksmith for a garden shed, and at that point in my life I was entirely unaware that human beings had developed tools for exactly this situation.
The Contractor Revelation
A few weeks in, a contractor came by to give me a quote on the kitchen. While we were walking around the property, I mentioned — almost as an afterthought — that I couldn't get into the shed. I expected sympathy and maybe a locksmith recommendation.
He looked at the lock for about one second and said, "Just drill it out."
I stared at him. "Drill... the lock?"
"Yeah. Drill right through the cylinder. Takes about thirty seconds. Lock's toast, but you're in."
To be clear about the state of my DIY knowledge at the time: I thought you could only cut wood. I thought metal was a permanent, inviolable substance that existed outside the reach of ordinary tools, and that anything involving metal was a job for a professional.
The contractor explained this so casually that I stood there quietly recalibrating my entire understanding of home improvement. He wasn't wrong, of course. I drilled out the shed lock that afternoon — it took maybe forty-five seconds — and the shed has been open ever since, fitted with a new hasp and a padlock whose key I actually have.
The Reciprocating Saw Phase
That was the first domino. Once I understood that metal was just another material that yielded to the right tool, things changed.
I discovered the reciprocating saw, which is the power tool equivalent of not asking questions. A reciprocating saw — Sawzall is the brand name everyone uses generically, like Kleenex — accepts metal-cutting blades, wood-cutting blades, and blades that will cut through just about anything short of diamond. It's extraordinarily satisfying to use, and probably should come with a warning label that says "be sure you actually want to destroy this."
A rusted bolt that won't budge, a fence post that needs to come out, a section of conduit in the wrong place — they all become a much shorter conversation once you've got a Sawzall in your hands.
The Mailbox
The mailbox lock, for the record, was even simpler — a small set of bolt cutters handles that type of hasp in one motion. I eventually replaced it with a standard mailbox that came with two keys, and it's never caused me a moment's trouble.
I still think about those first weeks sometimes. I was walking past a locked shed I owned, in a backyard I owned, not knowing the solution was twenty minutes and one drill bit away. The gap between "I don't know how to do this" and "this is actually very simple" is often just never having seen someone do it before. That's most of DIY, honestly — not skill, just exposure.
Why It Clicks for a Tech Person
My main professional identity is computers — software, systems, cloud infrastructure. I didn't expect DIY to feel like a natural extension of that, but the longer I've been at it, the more obvious the overlap becomes.
DIY is applied STEM, in a hands-on way:
Physics shows up constantly. Why does a long screw hold better than a short one? Why does a shelf bracket positioned at the outer edge of a board carry more weight than one closer to the wall? Why do you drive a screw at a slight angle when you're joining two boards edge-to-edge? These aren't mysterious rules to memorize — they're leverage, torque, and load distribution, and once you understand the underlying principle, you stop needing to look up the rule.
Material science is everywhere. Metal isn't one thing: a hardened steel lock cylinder drills out cleanly with the right bit, while a soft aluminum screw head strips at the slightest excuse. Wood has grain direction, and cutting against it versus with it produces completely different results. Different finishes bond to different surfaces for reasons that come down to molecular adhesion. Understanding why a material behaves the way it does is what separates someone who can improvise from someone who has to follow a tutorial.
The problem-solving loop is identical to debugging. Something isn't working, you form a hypothesis about why, you test it, and if you're wrong, you've at least narrowed down the possibilities. The mindset I bring to a stubborn piece of code is the same one I bring to a stripped bolt.
The difference is that in software, mistakes are usually undoable. In DIY, sometimes you've already drilled the hole. But even that teaches you something.
Thirteen years in, I'd describe my DIY skill level as genuinely competent across a wide range of common tasks, with healthy respect for the things I'll still call a professional for: electrical panels, load-bearing structure, anything involving gas lines. The learning never really stops, and that's most of what I enjoy about it.
If you're in the Forest Hill, Westover Hills, or Carytown area and find yourself facing a similar situation — a lockout, something that needs removing, a project that just needs an extra set of hands and someone who won't flinch at drilling into metal — reach out. RVA Tech Help is here for the tech stuff, but also for the "I have no idea where to even start" stuff.
— Johanna