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Helpers--Brickmasons Blockmasons Stonemasons and Tile and Marble Setters

Construction and Extraction Occupations
Nov 11
MODERATE

What They Do

Help brickmasons, blockmasons, stonemasons, or tile and marble setters by performing duties requiring less skill. Duties include using, supplying, or holding materials or tools, and cleaning work area and equipment. Construction laborers who do not primarily assist brickmasons, blockmasons, and stonemasons or tile and marble setters are classified under "Construction Laborers" (47-2061). Apprentice workers are classified with the appropriate skilled construction trade occupation (47-2011 through 47-2231).

AI Impact Overview

AI will introduce efficiencies and automation to construction support roles, but full replacement is unlikely within the next decade for hands-on tasks.

AI Analysis

Detailed Analysis

While some job aspects (such as repetitive material movement or basic layout) face automation risk, the complexity, variability, and physical requirements of on-site helper work limit rapid AI replacement. Helpers with tech skills and adaptability will be best placed for future stability.

Opportunity

"By embracing new technologies and upskilling, workers in this occupation can future-proof their careers and even transition to higher-value roles."

YOUR PERSONALIZED PLAN

Action Plan Ready

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Actionable Steps
Progress Tracking
Expert Resources

AI Risk Assessment

Risk level varies by experience level

J

Junior Level

MODERATE

Entry-level positions focused on repetitive, manual tasks face the highest automation risk as semi-autonomous tech and smart tools are deployed.

M

Mid-level

LOW

Workers with added skills—such as safety, basic tech operation, or coordination—are less likely to be replaced and may find new opportunities in tech-enabled workflows.

S

Senior Level

LOW

Senior helpers with supervisory experience, advanced technical skills, or project management exposure are at low risk and may benefit from AI adoption.

AI-Driven Job Forecasts

2 Years

Near-term Outlook

Job Outlook

Stable demand as adoption of AI-driven automation in construction remains limited to pilot projects and large-scale commercial sites.

Transition Strategy

Begin learning about digital site management, start basic safety and robotics certification, and join industry forums.

5 Years

Medium-term Impact

Job Outlook

Moderate shifts as automated tools become standard in larger projects, reducing demand for low-skill roles but creating new opportunities for tech-savvy helpers.

Transition Strategy

Pursue advanced courses in construction robotics, digital workflow management, and eco-friendly building methods.

7+ Years

Long-term Vision

Job Outlook

Ongoing automation may reduce overall headcount for helper roles, especially in large and repetitive projects. Custom and smaller-scale rebuilds will retain human demand.

Transition Strategy

Transition into supervisory, safety, or equipment specialist roles; leverage experience to teach or consult on tech adoption.

Industry Trends

Adoption of Robotics and Automation

Impact:

Reduces tedious and repetitive manual tasks; requires workers to learn equipment operation and troubleshooting.

Advanced Building Materials

Impact:

Offers new professional opportunities for those skilled in working with innovative materials.

Augmented Reality for Training

Impact:

Enables hands-on, remote instruction; helps current workers retrain in real context.

Digital Project Management

Impact:

Leads to new roles for tech-literate helpers in workflow optimization and data reporting.

Green Building and Sustainability

Impact:

Increases demand for skills in eco-friendly materials and processes, shifting helper roles toward specialized methods.

Growing Workforce Shortages

Impact:

Raises wages and opportunities for skilled, upskilled, or multiskilled helpers.

Increased Demand for Custom and Artistic Work

Impact:

Creates stable opportunities for helpers with artisan-level or bespoke skills, less vulnerable to automation.

Integration of Internet of Things IoT

Impact:

Requires new skills for helpers to maintain, monitor, and utilize connected jobsite sensors.

Prefabrication and Modular Construction

Impact:

Moves repetitive work to factories; remaining roles may become more skilled, installing prefabricated units.

Tighter Safety Regulations

Impact:

Places greater focus on certified safety training and compliance monitoring.

AI-Resistant Skills

Complex Manual Dexterity

Bureau of Labor Statistics - Skills
Skills Type:
Physical DexterityCraftsmanship
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Score:10/10

Creative Problem Solving

Harvard University - Critical Skills in Construction
Skills Type:
Problem SolvingCreativity
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Score:9/10

Customer Communication

National Association of Home Builders - Soft Skills
Skills Type:
Interpersonal Communication
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Score:8/10

Alternative Career Paths

💼

Building Inspector

Evaluate construction or renovation projects for code compliance and quality.

Relevance: Knowledge of best practices and details ensures employability as codes evolve.

💼

Construction Supervisor

Supervises construction sites, ensuring compliance with design, specifications, and safety standards.

Relevance: Utilizes direct building experience and boosts employability as AI automates junior tasks.

💻

Equipment Maintenance Technician

Maintains and repairs smart construction tools and robotics.

Relevance: Hands-on knowledge is a significant asset; robotics familiarity increases demand.

Emerging AI Tools Tracker

Construction Management AI Dashboards
Centralizes real-time data on productivity, safety, and logistics using AI-driven insights for site foremen and supervisors.
IMPACT:
5/10
ADOPTION:
1-3 years
Growing in enterprise construction.
Automated Inventory and Materials Handling
AI-powered robots and sensors manage inventory and move materials across sites, reducing manual handling work.
IMPACT:
6/10
ADOPTION:
3-6 years
Pilots and early deployments in major builds.
Remote-Controlled Heavy Equipment
Machines operated remotely with some AI assistance for heavy lifting or precise placement.
IMPACT:
6/10
ADOPTION:
3-6 years
Pilot use, with increased uptake expected.

Full AI Impact Report

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