21 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You usually start by checking the day's plans and materials—blueprints or 3D plans—and the mortar mix. Mornings often mean laying out the foundation and courses with a straightedge, setting levels, and getting the first rows perfectly vertical and horizontal.
Afternoons are for continuing walls, cutting or breaking bricks to size, fastening bricks with anchors or wire clamps, and checking quality and stability. You also clean surfaces, monitor stock, and report issues to the supervisor or estimate changes if supplies run low.
On larger projects you might use estimating and plan tools like ProEst, Master Estimator, CPR Visual Estimator, or Daystar iStructural for material takeoffs and quotes. RISA-3D or iStructural.com appear when teams check structural layouts or 3D plans.
For everyday tasks you’ll use Microsoft Excel and Office for schedules, supply lists, and quotations. On-site tools are straightedges, levels, trowels, chisels, power saws for cutting bricks, and safety gear.
Start with basic blueprint symbols and scale—look at foundation lines, course heights, and notes for mortar type. Practice reading drawings on real jobs or in class and match them to the wall on site.
Then move to 3D plans (RISA-3D or iStructural) to see how walls fit with beams and openings. Ask a foreperson to show how dimensions on the plan convert to the number of courses and brick cuts needed.
BLS (U.S. Bureau of Labor Statistics) reports 52,550 people employed as bricklayers. The median pay is $62,120 per year, the lowest tenth is $44,820, and the top tenth is $100,010 per year.
Pay varies by region, experience, union membership, and whether you do estimating or supervision. Quoting and supervising usually push you toward the higher end.
AI won’t lay bricks or mix mortar, but it can speed estimating and plan review. Use AI only to summarize plans, produce initial material lists, or draft quotations from data in ProEst or Excel—always check the numbers against the blueprints and on-site measurements.
Never rely on AI for safety or final structural decisions. Final checks on vertical alignment, mortar mix, and load-bearing details require a trained human or licensed engineer.
A bricklayer focuses primarily on laying bricks and blocks, building walls, chimneys, and structural elements, using mortar and anchors. Tasks include calculating courses, cutting bricks, and ensuring stability and vertical alignment.
A mason may also work with stone, concrete blocks, or specialized finishes. Tile setters focus on thin-set mortars and small tiles on floors or walls. The tools and measuring details differ: bricklayers work more with courses and structural alignment.
Concrete measuring and layout skills: using a straightedge, level, and square to set perfectly vertical and horizontal courses every time. You must be able to calculate angles and the number of bricks per course from blueprints or 3D plans.
Hands-on skills: mixing mortar correctly, cutting bricks to size, and fastening bricks with anchors or clamps. Basic estimating and stock monitoring in Excel or an estimating tool helps you answer quotations and avoid running out of material.