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Brickmason
Three components - Automation Resistance, Structural Moat, and Demand - add up to 68.
Automation Resistance is high because masonry is embodied wall craft, repair, old-building judgment, weather judgment, and site judgment, while AI mainly helps estimates, layout, bids, schedules, and documentation rather than laying brick, block, or stone.
Observed AI exposure is 0%, and modeled median job-loss risk is 0%. That fits masonry: the core work is laying brick and block, handling mortar, keeping lines true, building corners and openings, and repairing older work.
AI can help contractors with takeoffs, estimates, layout checks, bids, schedules, and documentation. A mason may benefit from clearer planning, but the software lift mostly belongs to the contractor or project owner rather than the hourly worker.
Structural Moat comes from heavy physical work, scaffolds, weather, apprenticeship depth, mortar judgment, restoration skill, repair diagnosis, and craft judgment, but the legal gate is thin and straight wall runs have named robotics pressure today.
Brickmasons work with heavy units, mortar, dust, scaffolds, heights, weather, repetitive kneeling, bending, and outdoor or dirty conditions. That physical reality creates a strong barrier, especially where the wall has openings, corners, repairs, or finish expectations.
There is no broad individual brickmason license. Apprenticeship and contractor rules can matter, and safety rules apply, but those are not the same as a universal legal gate for every working mason.
SAM-style and Hadrian-style bricklaying systems show that straight, repeatable wall runs are a real robotics target. Restoration, stone, chimneys, corners, arches, openings, weather, scaffold access, and small repair jobs remain much harder.
Masons often learn through multi-year apprenticeship or substantial on-the-job training. That gives the occupation more craft depth than a short-training helper job, even though the path is not a universal state license.
Demand is modest and construction-tied, with a smaller workforce, real replacement openings, restoration, chimney repair, facade work, old buildings, and durable repair work, but product substitution, prefab panels, and wall-run robotics limit the upside too.
Federal projections count about 74,100 brickmason and blockmason jobs, 3.2% growth, and about 5,600 annual openings. That is enough to support a real trade path, but it is not a large or fast-growing labor market.
Demand comes from new construction, repairs, restoration, commercial work, and replacement hiring. It is weakened by prefabricated panels, product changes, cost pressure, and the fact that some straight-wall work can be attacked by machinery.
Restoration, repair, stone, chimneys, and specialty craft give masonry a durable floor. New-wall production is more exposed to construction cycles, product substitution, prefab methods, and named bricklaying robots.
A paid deployment that changes crew size on normal straight brick or block runs would cross the threshold. The test is not a demo; it is repeated use on real projects where fewer masons are needed for production walls consistently.
If local hiring shifts toward restoration, historic buildings, chimneys, stone, refractory work, or complex repair, the path improves. Those jobs are less repeatable than new wall runs and reward craft judgment, finish quality, and diagnosis more strongly over time for workers.
A sustained move toward prefabricated panels or substitute wall systems would weaken demand for basic onsite masonry. The exposed work is new production walls, not repair, restoration, chimneys, stone, refractory work, old buildings, or specialty wall craft in older markets.