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Supply Chain & ProductionStableBright Outlook

Fiberglass Laminator and Fabricator

Operational-level

Also known as: Boat Assembler, Boat Builder, Boat Carpenter, Chopper Gun Operator

Supply Chain & ProductionBachelor's Degree

Job Description

Laminate layers of fiberglass on molds to form boat decks and hulls, bodies for golf carts, automobiles, or other products.
Fiberglass FabricationComposite ManufacturingLaminationMarine ManufacturingManufacturingMaterials ScienceProductionSkilled TradeMaritime

Skills employers are looking for in 2027

Software and technologies flagged by O*NET as Hot or In-Demand for this role.

Job Outlook 2025-2035

Bright Outlook

O*NET flags this career as a Bright Outlook occupation: grows rapidly over the next decade.

Projected growth

+4.6%

US average: +3.5%

Job openings

1,700

per year (US)

Jobs today

16,300

in 2025 → 17,000 (2035)

Typical entry education

High school diploma or equivalent

Source: U.S. Bureau of Labor Statistics, Employment Projections; O*NET Bright Outlook. Read the BLS Occupational Outlook Handbook

Work Environment

How this work is typically performed, based on O*NET work context data.

Email & digital communication
Low
Working in a team
High
Contact with others
High
Freedom to make decisions
Moderate
Time pressure
High
Time spent sitting
Low
Working outdoors
Low
Indoor, climate-controlled
Moderate
Dealing with customers
Moderate
Level of competition
Low

Source: O*NET Work Context (v31.0)

Future Perspective

Stable Job Market

This field maintains steady employment levels with consistent demand. Job opportunities remain available with moderate competition.

Career ladder

Often before this role

  • Opérateur de Production
  • Assistant de Fabrication
  • Ouvrier Général

Where it can lead

  • Chef Stratifieur
  • Inspecteur Qualité
  • Superviseur de Production

Impact of AI on this Job

AI will likely introduce new tools for quality control, material optimization, and robotic assistance for repetitive or hazardous tasks in fiberglass lamination. While manual dexterity remains crucial, AI-powered vision systems could improve defect detection and guide precision application, potentially streamlining production and reducing waste over the next 5-10 years.