Lay out, cut, and place segmental paving units. Includes installers of bedding and restraining materials for the paving units.
10-Year Growth
+3.5%
Annual Openings
3,100
Typical entry: High school diploma or equivalent
8 of 12 tasks have some AI capability
Exposure Trend
This score reflects estimated AI technical capability for tasks in this occupation. It does not predict employment changes, and it does not account for company-specific constraints, regulation, or adoption barriers.
Prepare base for installation by removing unstable or unsuitable materials, compacting and grading the soil, draining or stabilizing weak or saturated soils and taking measures to prevent water penetration and migration of bedding sand.
AI: Partial - Earthwork preparation can be substantially assisted by GPS-guided and semi-autonomous equipment for grading and compaction, but site-specific stabilization and complex decisions still need human oversight.
Supply and place base materials, edge restraints, bedding sand and jointing sand.
AI: Partial - Supplying and placing bulk materials can be mechanized and automated to a large extent (loaders, conveyors, spreaders), but precise placement of edge restraints and finishing work remains partly manual.
Discuss the design with the client.
AI: Partial - AI can conduct design discussions, present options, and handle routine client communication, but nuanced negotiation, accountability and professional judgment typically require a human lead.
Set pavers, aligning and spacing them correctly.
AI: Partial - Paver setting can be aided by mechanized laying equipment and guidance systems, yet fine alignment, irregular cuts and quality control are generally still performed by humans.
Sweep sand into the joints and compact pavement until the joints are full.
AI: Partial - Sweeping joint sand and compacting can be largely done with mechanized sweepers and compactors, but achieving consistently full joints and responding to variable conditions requires human inspection and intervention.
Screed sand level to an even thickness, and recheck sand exposed to elements, raking and rescreeding if necessary.
AI: Partial - Screeding sand to an even thickness can be assisted by machines and laser-guided tools, but exposed-sand rechecking and adaptive re-screeding in variable conditions typically need human judgment.
Cut paving stones to size and for edges, using a splitter and a masonry saw.
AI: Partial - Cutting paving stones can be automated in controlled shop settings with CNC saws and splitters, but many on-site cuts and adjustments still require manual operation and supervision.
Design paver installation layout pattern and create markings for directional references of joints and stringlines.
AI: Partial - AI can generate paver layout patterns and precise guidance for stringlines, but cannot physically create on‑site markings without human or robotic actuation.
Compact bedding sand and pavers to finish the paved area, using a plate compactor.
AI: Not automatable - Requires physical operation of a plate compactor and on-site manual control; AI alone cannot perform this task as of 2025.
Sweep sand from the surface prior to opening to traffic.
AI: Not automatable - Sweeping sand is a manual physical task requiring mobility and tool manipulation that AI alone cannot perform in typical job sites in 2025.
Resurface an outside area with cobblestones, terracotta tiles, concrete or other materials.
AI: Not automatable - Resurfacing with cobblestones, tiles, or concrete involves complex on‑site manual labor, material handling, and finishing that AI cannot fully automate yet.
Cement the edges of the paved area.
AI: Not automatable - Cementing edges requires manual application and tactile judgment on site, which AI cannot perform without advanced construction robotics.