Masonry NC II study plan

Identify and name at least eight masonry units (CHB, bricks, hollow blocks, solid blocks) and state the standard nominal dimensions of each from memory

Demonstrate three common bonds (running/stretcher, Flemish, English) on a dry-laid sample and label each course, joint, and unit position correctly

List the hand tools and power tools used for laying and jointing, and state the safe handling rule for each

Explain in writing why bond pattern affects structural integrity in load-bearing walls

Compute mortar mix proportions by volume for at least three common mixes (1:3, 1:4, 1:6 cement-sand) and convert to batch quantities for a given wall area

Describe the correct sequence for mixing mortar by hand and by mechanical mixer, including water addition and resting time

State the workability test used on site and the acceptable range for masonry mortar

Lay a small practice run of at least three courses to consistent 10 mm joint thickness and check with a spirit level and plumb rule

Read a simple floor plan and wall elevation and extract wall lengths, thicknesses, openings, and finished floor levels

Set out a rectangular building corner using the 3-4-5 method and verify squareness by checking both diagonals

Transfer setting-out lines to a masonry bed and mark openings and control points accurately

Interpret common drawing symbols, line types, and dimension conventions used on masonry drawings

Identify the personal protective equipment required for masonry work and state when each item is mandatory

Conduct a written hazard assessment of a mock work area covering falls, silica dust, manual handling, and electrical risk

Demonstrate correct ladder and scaffold use rules, including the three-point contact rule and guardrail requirements

Draft and deliver a short verbal toolbox talk on one masonry hazard using clear workplace communication

Describe the placement and spacing requirements for vertical and horizontal reinforcement in reinforced CHB walls

Explain the function of lintels, beams, columns, and wall ties and identify where each is required

Install or simulate placement of reinforcement in a practice wall and verify cover and anchorage

State the curing and grouting requirements for reinforced masonry and the inspection points before grouting

Identify and demonstrate at least four joint finishes (flush, recessed, weathered, struck) and state where each is appropriate

Describe the curing methods for masonry and the minimum curing period before loading or finishing

List at least six common masonry defects (efflorescence, cracking, damp penetration, honeycombing) with their causes and repair methods

Write a repair procedure for one defect including preparation, materials, and quality check

Build a practice wall section combining correct bond, joint thickness, reinforcement placement, and mortar consistency

Self-inspect the practice wall against a written checklist covering plumb, level, alignment, joint thickness, and bond

Recalculate mortar and material quantities from the as-built practice wall and compare with the earlier estimate

Correct at least two identified defects and document the correction method

Complete a full-length timed mock examination covering all ten domains and score at least 75 percent

Review every missed item and write a one-line correction note for each

Rehearse verbal explanations of five core procedures as if reporting to a supervisor

Assemble a personal one-page quick-reference sheet of formulas, tolerances, and key values