Federal Contracting and the Space Between the Frames
Five jobs, and the seams where buildings break.
I spent close to five years inside federal construction. Most of what I learned came from watching things go wrong, and almost none of it was the fault of the crews actually building the work. The failures lived in the seams. Between the agency and the design team, between the drawing and the field, between what one office decided and what another office had to build. I want to write some of that down.
A note on what this is and isn't. I'm not going to talk about the company I worked for. These are the breakdowns I watched happen around me, on jobs run by agencies, designers, and other entities I had no control over. I spent most of that time working where those coordination problems surfaced, which meant seeing the same kinds of failures repeat across different projects and different institutions. Some of this is reconstructed from memory and I wasn't taking careful notes at the time, so I'll stay on what I'm sure of, which is the shape of each failure. The details I'm fuzzy on, I'll leave fuzzy.
How a building gets seen
A building is one system, but it gets decided by a lot of different people, and most of them are holding one piece of it at a time. The cost office sees a budget. The designer sees a drawing. The engineer sees performance. The superintendent sees what can actually be built. None of those views is wrong. The building runs into trouble in the places where they stop touching, where a decision that was correct inside one frame turns out to be wrong against a frame nobody was holding next to it. Every story below is a version of that.
The roof that should have been slate
An 1840s house on the National Register. The plan was to pull the old asphalt shingles and put down an interlocking metal shingle, slate-gray, diamond-shaped, meant to mimic the original cement shingles.
The logic was that metal is durable and reliable, so metal it had to be. What that decision skipped was the roof itself. It wasn't square, it had pitch changes, and metal shingles want a clean geometry to lay into. Slate would have handled the irregularity better and looked closer to the original, and a real clay ridge cap would have finished it honestly. Instead I spent a good while sourcing a ridge cap from a company in Canada, in a metal that wasn't even quite the right color, to approximate a thing slate would have just been.
The material was locked before constructability, roof geometry, and historic character ever sat at the same table. Durability won the argument alone, because it was the only frame in the room.
The brick that couldn't breathe
An 1840s brick house. Before we got there, a government entity had painted the brick with latex. Plastic, basically, sealed over a wall that was built to dry to the outside. The moisture had nowhere to go, so it stayed in the brick and the mortar and started taking both apart.
Old masonry has to breathe. If it can't dry, it fails. That's not an obscure preservation fact, it's the first thing you learn about historic brick. The failure wasn't really the paint. It was that preservation oversight, routine maintenance practice, and basic material science each assumed one of the others had checked the wall, and none of them had. The principle that would have stopped it fit in a sentence, and there was no point in the chain where anyone was holding that sentence.
The fix was slow and physical. Hand-scraping, peeling, a citrus stripper, then a vapor-open mineral paint that lets the wall dry again. Also a basement full of snakes, which I am still not over.
The two buildings six inches apart
A job where a single building got split into two, built side by side, a few inches apart. The reason was a cost threshold. Above a certain number the work would have triggered a different and more involved level of oversight, so the project was divided to stay under it.
Splitting it cost real money, more than the threshold it was dodging, by the time you built two of things you needed one of. And it created a problem nobody fully solved on paper: two structures that were supposed to function as one, now needing to be tied together across a gap, with the connection not really thought through in the design. I ended up detailing parts of that joint in the field that should have been resolved long before.
This is the one I think about most, because every frame was working correctly. The budget read was right that staying under the line avoided a process. What the budget read couldn't see was that the savings got spent twice over in framing and footings and then left a weatherproofing problem to be solved on staging in the cold. The people making the cost call were never going to be the people marrying two buildings together six inches apart.
The ductwork in front of the windows
Same stretch of work, a different gap. The mechanical drawings ran a duct straight across a run of windows. On the 2D plan it looked fine, lines on a page, no conflict. In three dimensions it crossed the glass.
Nobody had seen it in space. The drawing was coordinated flat and never modeled, so a conflict that's obvious the second you picture the room stayed invisible until it was nearly built. The drawing was right on the page. The page was just never checked against the room.
The hangar that ran on old drawings
An active fighter-repair hangar, right off the runway. Tear off an aging roof and insulation, put down a new PVC system. The only drawings we had were decades old, so "field verification" was less a step in the process than the whole process.
I ran QC on it, which I was not really qualified to do, but it was a warm place to be in winter and I'm from North Dakota, so I wasn't going to talk myself out of it. I learned to run a burn test on PVC, read core samples, and handle mid-century asbestos conditions, mostly on the patience of a good superintendent. No photos of any of it, because there were jets under us, beside us, and overhead the whole time.
This one isn't a seam failure like the others. It's the condition underneath all of them. The paper and the building had drifted decades apart, and the only way to close that gap was to read the real thing in front of you instead of trusting the record. That's the job most of the time, and it's why none of the failures above got caught on paper. Paper is a frame too, and it's the one people trust the longest.
Why I'm writing this down
None of these were dramatic. No collapse, no disaster. They were ordinary, and that's the point. Every one was a gap between people who each saw the building correctly through their own frame and never put the frames together. The cost office was right about the budget. The agency was right that metal lasts. The drawing was right in two dimensions. They were each right inside their frame, and the building paid for the space between them.
That space is most of what I do now. I'll add to these as more of them come back to me.
More in the field notes. The building read behind them is here, and the advisory work it feeds is Endure Consulting.