15 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You start by reading the project plans and specifications for the day—what concrete or steel elements must come down or be kept. Expect tasks like cutting and removing rebar, setting or tying new reinforcing steel, and dismantling iron elements or steel frameworks.
Half the day can be hands-on: operating handheld riveting or cutting tools, inspecting supplies, and coordinating with the project manager and other trades. You’ll also spend time on safety gear checks, briefings, and training team members on safe techniques.
Field crews often use rebar detailing and estimating systems such as RebarWin, Applied Systems Associates aSa Rebar, and OTP ArmaCAD for plans and quantities. Construction management and application software (listed as SHEAR here) are used to view schedules and change orders.
You might not run the CAD programs yourself, but you’ll use them to check marks, lengths, and placement instructions and to coordinate with the estimator or rebar detailer so demolition and reinstallation line up.
According to the U.S. Bureau of Labor Statistics (BLS) 2025 data, 13,800 people are employed in this SOC. The median pay is $58,970 per year, the lowest tenth earn $43,310, and the top tenth make $104,540. Those numbers are BLS figures.
Pay varies a lot with location, overtime, union scale, and whether you weld, set rebar, or run specialized equipment. Expect higher pay if you can read rebar detailing, operate riveters, and lead small teams.
Begin with a local trade school or union pre-apprenticeship that teaches rebar tying, tying tools, and basic blueprint reading. Look for courses that cover rebar detailing basics so you can read bars by mark and length.
On the job, apprentice under an experienced crew member. Learn to use handheld riveting equipment, tying tools, and safety equipment. Familiarize yourself with one rebar software interface like aSa or RebarWin—many employers offer on-the-job training for those programs.
Demolition workers focus on removing structures safely—cutting out rebar, removing iron elements, and preparing a site for rebuild. Structural ironworkers erect steel frameworks for new buildings and bridges, doing more assembly and welding.
There’s overlap: both tie and set reinforcing steel and use rivet/joining tools. Ironworkers typically work more on erection and joining technologies; demolition workers need extra skills in cutting, inspection, and temporary shoring during teardown.
AI tools can speed rebar takeoffs and clash detection in rebar detailing software, and construction-management software can auto-generate schedules. But you must always cross-check AI outputs against project plans, site conditions, and an experienced person’s judgment.
Do not rely on AI for safety-critical decisions like where to cut a structural bar or how to shore an area. Use AI as an assistant for quantities or clash alerts, then confirm with the project manager, engineer, or aSa/RebarWin files.
Reading and following rebar marks and plans precisely. If you can look at a drawing or a rebar tag and cut, set, or tie the correct bar to the correct length and location, you will avoid costly mistakes and safety risks.
Second is safe tool use: competent use of handheld riveting, cutting, and tying tools while wearing proper safety equipment. Those two skills together make you valuable on demolition and rebar crews.