Construction laborers and helpers

Control traffic patterns and operate specialized equipment on road crews

Traffic control requires real-time human judgment and authority to direct vehicles and pedestrians in unpredictable situations, though some specialized road equipment operation could be partially automated; the human presence and decision-making remain essential for safety.

BLS evidence: Other laborers, such as those on road crews, may specialize and learn to control traffic patterns or to operate pavement breakers, jackhammers, earth tampers, or surveying equipment.

Operate power tools and handtools such as jackhammers, saws, and drills

Requires physical operation of vibrating, high-torque tools in awkward positions, real-time material feedback (hardness, angle adjustments), and safety awareness in active construction zones that current robotics cannot replicate with the needed dexterity and situational awareness.

BLS evidence: Construction laborers and helpers typically operate power tools and handtools, such as jackhammers, saws, and drills.

Maintain tools and dispose of waste from construction sites

Tool maintenance involves physical inspection, cleaning, minor repairs, and lubrication requiring tactile feedback and manual dexterity, while waste disposal requires sorting, lifting irregular items, and navigating site obstacles—tasks where robotics have limited capability in unstructured construction settings.

BLS evidence: Others assist with tool maintenance, cleaning up sites, and disposing of waste.

Dig trenches, backfill holes, and compact earth for construction preparation

Involves operating heavy equipment in variable soil conditions, physical labor with shovels in confined spaces, and real-time judgment about ground stability and underground utilities that autonomous systems cannot yet handle across diverse construction sites.

BLS evidence: Construction laborers and helpers typically dig trenches, backfill holes, or compact earth to prepare for construction.

Assist tradesworkers such as electricians and plumbers with their duties

Involves responding to real-time verbal instructions from skilled tradespeople, retrieving specific tools/materials from cluttered sites, holding components in precise positions during installation, and adapting to unpredictable task sequences that require human-level flexibility and communication.

BLS evidence: Construction laborers and helpers typically assist tradesworkers, such as electricians and plumbers, with their duties.

Move and set forms for poured concrete with cement masons

Requires coordinated physical manipulation of heavy forms, precise positioning and bracing in three dimensions, and real-time collaboration with cement masons in wet concrete environments where current robotics lack the strength, dexterity, and adaptive coordination needed.

BLS evidence: Some helpers work with cement masons to move and set the forms that determine the shape of poured concrete.

Load and unload building materials for construction use

Demands physical strength, dynamic balance on uneven surfaces, and real-time spatial reasoning to handle irregular materials in constantly changing construction environments where autonomous robotics lack the dexterity and environmental adaptability required.

BLS evidence: Construction laborers and helpers typically load or unload building materials to be used in construction.

Carry tools and materials and help set up equipment

Demands physical carrying of heavy, awkwardly shaped items across uneven terrain, navigating obstacles, and coordinating equipment setup with multiple workers in real-time—tasks requiring strength, balance, and spatial coordination beyond current robotic capabilities in construction environments.

BLS evidence: Helpers may carry tools and materials or help set up equipment.

Build or dismantle bracing, scaffolding, and temporary structures

Requires fine motor skills for securing connections, working at heights on unstable platforms, and adapting to unique site geometries with physical manipulation that current AI-robotics systems cannot perform safely or reliably in dynamic construction settings.

BLS evidence: Construction laborers and helpers typically build or take apart bracing, scaffolding, and temporary structures.

Clean and prepare construction sites by removing debris and hazards

Requires physical presence in unpredictable outdoor environments with variable debris types, uneven terrain, and real-time hazard assessment that current robotics cannot safely navigate or manipulate at construction site scale.

BLS evidence: Construction laborers and helpers typically clean and prepare construction sites by removing debris and possible hazards.