Concrete, Framing & Structural Work Careers
Concrete, framing, and structural work creates the bones of buildings — foundations, floors, walls, and structural elements. It's fundamental trade work that physical buildings literally stand on.
Jobs per 100K workforce — measures industry density
Concrete, framing, and structural work draws people who want to build the bones of buildings — the foundations, frames, and load-bearing elements that everything else depends on. There's satisfaction in the physical skill required and knowing your work holds up the structure.
The challenge can come from the physical demands and exposure. Concrete work is heavy and time-sensitive; framing requires strength and precision; both happen in all weather. Injury rates are higher than average. Early starts are common to beat heat or make pours.
The field varies by specialization. Concrete finishing differs from forming, post-tension work, or structural steel. Residential framing has different rhythms than commercial. Union versus open-shop affects pay and how work gets assigned.
For those who thrive here, the rewards are real: good pay without a four-year degree, physical work with skilled technique, crew camaraderie, and the satisfaction of building what others will build upon. If you want physical work that requires skill, can handle the demands, and take pride in solid construction, structural trades offer strong opportunities.
Entry through labor positions. Skills develop through experience. Specific trades (ironwork, carpentry) have apprenticeship paths. Physical capability is essential.
Common roles in Concrete, Framing & Structural Work
A curated look at the roles that shape Concrete, Framing & Structural Work — from accessible ways in to senior destinations.
Median salaries range from ~$70K in mid-market metros to ~$104K in top-tier cities. But cost of living closes a lot of that gap — metros with lower regional price parities often offer the best purchasing power.
What the data says about this sector
Beyond salary and job counts — signals that shape the day-to-day experience of working in Concrete, Framing & Structural Work.
Small
<503%
Mid
50–2490%
Large
250+
Career tracks in Concrete, Framing & Structural Work
How jobs in this sector break down by function, and what they typically pay.
Other sectors within Construction.
Common questions about Concrete, Framing & Structural Work careers
What kinds of roles exist in concrete, framing, and structural work?
This sector covers the trades that build the structural skeleton of buildings and infrastructure. Core field roles include cement masons and concrete finishers, carpenters performing framing, ironworkers erecting steel, and hoisting engineers operating cranes and pile-driving equipment. Project-side roles cover estimators, project coordinators, and superintendents managing site work. Structural designers, civil engineers, and surveyors provide technical guidance. Safety officers and industrial hygienists ensure worksite compliance.
How many people work in concrete, framing, and structural work?
This industry employs approximately 998,350 people in the U.S. Work is project-based and field-intensive, with employment fluctuating somewhat with construction market conditions.
What does pay look like in structural construction trades?
The median annual salary in concrete, framing, and structural work is around $58,930. Skilled trades like ironworkers, concrete finishers, and crane operators earn above the median; laborers and helpers earn below it. Superintendents, civil engineers, and senior estimators at large contractors earn well above the field average.
Is turnover high in structural construction?
The construction sector's monthly quit rate runs around 1.70% — low compared to most industries. The physical demands of structural work are real, but the skilled nature of the trades creates career commitment. Work can be seasonal or project-cyclical in some regions, which affects employment patterns more than voluntary quit rates.
How do people typically enter concrete and structural trades?
Apprenticeship programs sponsored by unions (Cement Masons Local, Ironworkers, Carpenters) or contractor associations are the primary pathway — typically 3–4 years of paid field work combined with technical coursework. Community college construction technology programs provide foundational knowledge. Many workers start as laborers on job sites and transition into apprenticeship. Civil engineering roles require a 4-year degree and often PE licensure for project leadership positions.
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