Will AI replace brickmasons?

What AI already does in this job

On modern commercial jobsites, contractors are already introducing specialized automation to boost productivity. Systems like Construction Robotics' SAM100 (Semi-Automated Mason) work alongside crews to lay standard concrete masonry units (CMU) along long, uninterrupted perimeter walls. Meanwhile, automated mixing stations use digital sensors to meter water and aggregate, ensuring uniform mortar consistency across varying ambient temperatures. Estimators use drone-mounted LiDAR and 3D laser scanners to create digital point clouds of existing facades, calculating exact material takeoffs down to the individual brick and pallet. Pre-construction workflows increasingly rely on Building Information Modeling (BIM) software to spot structural clashes before a single trowel touches mortar. Specialized robotic pressure-washing systems are also emerging to clean efflorescence and excess mortar from finished walls. These technologies streamline heavy staging and bulk repetitive laying, yet they remain strictly supervised tools that demand skilled masons to set datum lines, calibrate equipment, and finish joints.

Where humans still win

Masonry resists automation primarily because jobsites are messy, dynamic, and physically unpredictable. While a robotic arm excels at placing uniform blocks on a flat slab, it falters on rough terrain, scaffoldings, or cramped residential additions. Real-world masonry demands continuous tactile feedback. A mason judges mortar workability through the trowel, adjusting technique based on humidity, wind, and the moisture absorption of individual units. Natural stone and reclaimed brick introduce irregular shapes, textures, and density variations that computer vision algorithms struggle to evaluate in real time. Historical preservation projects, such as tuckpointing century-old municipal buildings or matching historic lime mortar, require bespoke aesthetic decisions and structural diagnostics that sensors cannot match. Furthermore, intricate details like decorative corbels, soldier courses, keystones, and custom archways rely on spatial reasoning and artisan judgment that remain far beyond the capability of off-the-shelf robotics.

This job in 2035

By 2035, the overall employment outlook for brickmasons is projected at -2%, reflecting mild contraction driven by prefabricated modular wall panels and mechanized block-laying systems rather than pure software AI. Headcount will slightly consolidate, but master masons who embrace technical collaboration will see steady earnings relative to the current $62,230 US median salary. Daily jobsite routines will shift away from backbreaking repetitive lifts. Journeyman masons will increasingly act as technicians directing robotic assistants on massive warehouse walls, taking over directly for tie-ins, window reveals, expansion joints, and chimney caps. Commercial construction firms will demand workers who can read BIM models on ruggedized tablets while maintaining traditional hand-tool mastery. While entry-level labor for standard straight runs will shrink, demand will concentrate in high-margin sectors: luxury residential builds, custom hardscaping, and urban masonry restoration that automated rigs cannot access or safely execute.

Skills that protect you

• Historic masonry restoration because analyzing crumbling mortar and matching vintage brick requires tactile diagnostics that automated systems cannot replicate.
• Complex arch and custom bond layout because designing decorative brickwork on site demands spatial creativity and visual balance beyond rigid machine coding.
• Natural stonemasonry because irregular quarry stone lacks standard dimensions and requires constant manual shaping with chisels and hammers.
• Refractory brick installation because lining industrial kilns and boilers involves tight tolerances and specialized high-heat materials requiring specialized certified craftsmanship.
• Robotic masonry calibration because directing machines like SAM100 on jobsites ensures you run the technology instead of being displaced by it.

If you want to move

If you want to protect your career from automated site tools and industry contractions, pivot into high-skill sub-specialties. Transitioning into historical preservation or stone restoration offers strong insulation, as aging civic infrastructure requires custom hand repairs that machines cannot perform. You can also leverage your plan-reading and material knowledge to shift into roles like masonry estimator, field superintendent, or certified building inspector through organizations like the International Masonry Institute (IMI). Alternatively, learning to operate and service commercial jobsite robotics positions you as an indispensable bridge between traditional trade skills and modern automated construction technology.