Construction Laborers

Read plans, instructions, or specifications to determine work activities.

AI: Fully automatable - By 2025 AI and computer‑vision/PLM tools can parse plans, extract specifications, and generate work activities and sequences for routine construction documents.

Measure, mark, or record openings or distances to layout areas where construction work will be performed.

AI: Fully automatable - Robotic total stations, layout robots, laser/vision systems and integrated software can measure, mark, and record layout dimensions end‑to‑end in many construction contexts.

Mix ingredients to create compounds for covering or cleaning surfaces.

AI: Fully automatable - Mixing compounds is a well‑automated industrial process with programmable batching and dispensing systems that can reliably perform on‑site mixing tasks.

Use computers or other input devices to control robotic pipe cutters or cleaners.

AI: Fully automatable - By 2025, robotics and computerized control systems (including vision and teleoperation) can autonomously or remotely control pipe-cutting/cleaning robots in many settings.

Control traffic passing near, in, or around work zones.

AI: Partial - AI can assist with automated signage, sensors, and adaptive signal control but cannot fully replace human flaggers due to safety, legal, and unpredictable traffic conditions.

Clean or prepare construction sites to eliminate possible hazards.

AI: Partial - AI can detect hazards, plan cleanup, and guide robotic systems, but physical site cleaning and complex on‑the‑spot safety judgments remain largely manual.

Signal equipment operators to facilitate alignment, movement, or adjustment of machinery, equipment, or materials.

AI: Partial - Automated signaling devices and remote coordination tools exist, yet nuanced, real‑time hand signalling and close coordination with operators are not fully automatable in all conditions.

Load, unload, or identify building materials, machinery, or tools, distributing them to the appropriate locations, according to project plans or specifications.

AI: Partial - Material identification and mechanized loading/unloading are automatable in controlled environments, but on‑site variability and manual distribution tasks still require human labor.

Install sewer, water, or storm drain pipes, using pipe-laying machinery or laser guidance equipment.

AI: Partial - Pipe‑laying machinery with laser guidance and trenchless robots automate many aspects of pipe installation, yet alignment, unexpected obstacles, and site variability require human oversight.

Operate or maintain air monitoring or other sampling devices in confined or hazardous environments.

AI: Partial - Robots and remote systems can operate air monitors and take samples in hazardous/confined spaces, but routine maintenance and complex troubleshooting typically need human technicians.

Dig ditches or trenches, backfill excavations, or compact and level earth to grade specifications, using picks, shovels, pneumatic tampers, or rakes.

AI: Partial - Automated heavy equipment provides substantial automation for excavation and grading, but small‑scale digging, backfill, and manual finishing tasks are not fully automated.

Mix, pour, or spread concrete, using portable cement mixers.

AI: Partial - Large‑scale concrete mixing and pump placement can be automated, but mixing/pouring/spreading with portable on‑site mixers and manual finishing remain largely manual.

Tend pumps, compressors, or generators to provide power for tools, machinery, or equipment or to heat or move materials, such as asphalt.

AI: Partial - Remote monitoring and automated control can manage pumps, compressors, and generators, but physical servicing, refueling, and complex fault responses still need humans.

Erect or dismantle scaffolding, shoring, braces, traffic barricades, ramps, or other temporary structures.

AI: Partial - Some mechanized aids and assistive robotics exist, but erecting and dismantling temporary structures requires human dexterity, judgement, and safety oversight that AI does not fully provide.

Provide assistance to craft workers, such as carpenters, plasterers, or masons.

AI: Partial - AI systems and cobots can provide guidance, tool delivery, and limited physical assistance, but fully replicating on-site, varied human assistance to craft workers is not yet generalizable.

Lubricate, clean, or repair machinery, equipment, or tools.

AI: Partial - Routine lubrication and cleaning can be automated and AI can assist diagnostics, but complex repairs requiring dexterity, troubleshooting and ad-hoc decisions remain only partially automatable.

Grind, scrape, sand, or polish surfaces, such as concrete, marble, terrazzo, or wood flooring, using abrasive tools or machines.

AI: Partial - Automated grinders and robotic polishers can handle large, regular surfaces, but edge work, fine detail, and variable materials still require human operators.

Position, join, align, or seal structural components, such as concrete wall sections or pipes.

AI: Partial - Cranes, alignment aids, and semi‑automated joining systems assist with positioning and sealing structural components, but complex adjustments and seal integrity checks need humans.

Tend machines that pump concrete, grout, cement, sand, plaster, or stucco through spray guns for application to ceilings or walls.

AI: Partial - Pumping and spraying machines can be automated and even robotically applied in many cases, but tending, setup, and quality control on varied job sites still rely on human workers.

Position or dismantle forms for pouring concrete, using saws, hammers, nails, or bolts.

AI: Partial - Robotic formwork systems and guided machinery can handle repetitive form positioning and dismantling, but varied site conditions and dexterous tasks still require human intervention.

Spray materials, such as water, sand, steam, vinyl, paint, or stucco, through hoses to clean, coat, or seal surfaces.

AI: Partial - Robotic sprayers and pressure-wash systems can automate many coating/cleaning tasks, but they typically require human setup, supervision, and struggle with highly variable or complex surfaces.

Apply caulking compounds by hand or caulking guns to protect against entry of water or air.

AI: Partial - Automated caulking applicators exist for controlled, repeatable joints, but on-site irregularities and the fine judgement needed for many sealing tasks still require human labor.

Smooth or finish freshly poured cement or concrete, using floats, trowels, screeds, or powered cement finishing tools.

AI: Partial - Autonomous finishing machines can trowel flat slabs reliably, but nuanced finishing on complex geometries and final quality control still need human skill.

Perform site activities required of green certified construction practices, such as implementing waste management procedures, identifying materials for reuse, or installing erosion or sedimentation control mechanisms.

AI: Partial - AI tools can plan, monitor, and partially automate green-practice implementations, but many site-adaptive decisions and physical installations (e.g., erosion controls) remain human-driven.

Mop, brush, or spread paints, cleaning solutions, or other compounds over surfaces to clean them or to provide protection.

AI: Partial - Autonomous floor scrubbers and industrial painting machines can perform repetitive spreading tasks, yet uneven construction surfaces and finish-quality requirements commonly need human intervention.

Operate jackhammers or drills to break up concrete or pavement.

AI: Partial - Remote‑controlled and semi‑autonomous breakers exist and can perform many demolition tasks, but fully autonomous operation in unpredictable environments remains limited.

Identify, pack, or transport hazardous or radioactive materials.

AI: Partial - Sensor-equipped robots can identify and move hazardous materials in controlled scenarios, but packing, complex handling, and regulatory safety oversight generally require trained humans.

Raze buildings or salvage useful materials.

AI: Partial - Remote-controlled demolition machinery and salvage-support tools automate portions of razing and recovery, but selective salvage and complex demolition decisions still rely on human judgment and oversight.

Place, consolidate, or protect case-in-place concrete or masonry structures.

AI: Partial - Concrete pumps, automated screeds, and finishing systems handle many placement tasks, but consolidation, form-specific work, and protection/curing control typically need human supervision and manual work.

Perform building weatherization tasks, such as repairing windows, adding insulation, or applying weather-stripping materials.

AI: Partial - Mechanized solutions can perform elements like blown-in insulation or standard weather-stripping, yet varied repairs (window repair, custom sealing) still require hands-on human skills.

Perform construction laborer duties at green building sites, such as renewable energy plants or wind turbine installations.

AI: Partial - Automation aids (robotic inspection, lifting aids) support renewable-energy and turbine work, but the complex assembly, heavy-lift coordination, and site adaptability mean core laborer duties remain largely human.

Apply weather-stripping to reduce energy loss.

AI: Partial - Applying weather-stripping in varied, irregular on-site conditions still often requires human dexterity and judgment, though automated dispensers and assistive tools can partially automate standardized tasks.

Transport or set explosives for tunnel, shaft, or road construction.

AI: Not automatable - Handling, transporting, and setting explosives is highly hazardous and tightly regulated; while remote tools exist, fully autonomous AI control of explosives is not permitted or reliable as of 2025.