BTEB Masonry study plan

Define the core masonry terms (brick, block, mortar, bond, course, wythe) in your own words and write a one-line definition for each in a personal glossary.

Identify the common masonry units used in your region and list their nominal versus actual dimensions, noting where the difference matters for setting out.

Explain the purpose of mortar in a masonry wall and distinguish between mortar and concrete in terms of composition and function.

Sketch and label a simple stretcher-bond wall elevation showing courses, joints, and a quoin.

Describe the correct procedures for storing and handling bricks and blocks on site to prevent damage and moisture uptake.

Explain how to set out a rectangular building corner using a 3-4-5 method and describe how to check squareness.

List the personal protective equipment and site safety controls required for basic masonry work and justify each item.

Demonstrate (or describe step by step) mixing a small batch of mortar to a workable consistency and state the signs of a correct mix.

Compare the main mortar types (cement-lime, lime, and factory-made) by their constituents, typical uses, and limitations.

Explain the function of each tool in a standard mason's kit and match each tool to the task it performs.

Describe how to build a level first course on a foundation, including bedding, plumbing, and checking with a spirit level.

Identify the causes of common early defects such as uneven bed joints and out-of-plumb corners, and state one correction for each.

Explain the purpose of bonds and compare stretcher, English, and Flemish bond in terms of appearance and structural behaviour.

Describe how to form a half-brick wall corner and a return, including the sequence of laying.

Calculate the number of bricks required for a given wall area using a stated allowance for wastage.

Interpret a simple masonry drawing to extract wall thickness, opening positions, and unit type.

Describe the sequence for constructing a block wall with an opening, including lintel provision and keeping the work plumb.

Explain how to build and use a line and pins to keep courses level along a wall.

State the purpose of wall ties and movement joints and describe where each is required.

Identify the causes of damp penetration in masonry walls and list the design and workmanship measures that prevent it.

Explain the principles of cavity wall construction and describe the role of each component in the cavity.

Describe how to install insulation and wall ties correctly within a cavity and list the common installation errors.

Explain how to form and position a damp-proof course and damp-proof membrane at the correct levels.

Describe how to finish joints (pointing and striking) and explain why finish affects weather resistance.

Describe the correct methods for cutting, drilling, and fixing into masonry and match the fixing to the unit type.

Explain how to protect finished masonry work from frost, rain, and site damage until handover.

List the quality checks a supervisor would make on a completed masonry wall and state an acceptable tolerance for plumb and level.

Work through at least 40 practice questions across the whole syllabus and record every wrong answer with the reason.

Re-test yourself on the topics in your error log and confirm each weak area is now answered correctly.

Summarise the whole syllabus into a single revision sheet of key facts, dimensions, and sequences.

Complete two timed full-length practice papers under exam conditions and record your scores.

Review any remaining weak areas and write a short note on what you will check first in the exam.