Mason / Bricklayer

Build walls, lay foundations, and apply plaster to construct residential, commercial, and infrastructure structures — Sri Lanka's most fundamentally demanded construction trade with nationwide and Gulf employment.

ModerateVery High demand Global career Entrepreneurial

Build My Roadmap Compare with Another Career Find Tutors for Key Subjects

Masons and bricklayers construct the structural fabric of buildings by laying bricks, blocks, and stone; building foundations; applying render and plaster; and finishing concrete surfaces. Their work encompasses setting out building lines, constructing load-bearing and partition walls, forming door and window openings, applying sand-cement plaster to walls and ceilings, laying concrete floors, installing drainage channels, constructing retaining walls, and finishing exposed stonework. In Sri Lanka, masonry is the most widely practised construction trade: every building in the country — houses, apartments, commercial premises, temples, schools, and factories — is constructed by masons. Sri Lanka's construction sector is one of the economy's largest employers, with the Colombo apartment boom, government housing programmes, hotel development along the southern and northern coasts, and road and infrastructure projects all creating sustained, nationwide demand for skilled masons. VTA and NAITA offer NVQ Level 3–5 in Masonry. The NVQ Level 5 Mason qualification is one of the most widely held trade certifications in Sri Lanka. The Gulf construction market employs very large numbers of Sri Lankan masons — UAE, Saudi Arabia, Qatar, and Kuwait all run major construction programmes that require skilled bricklayers. Self-employment is common and natural: a mason with tools and a reliable client base can operate independently as a subcontractor on residential and commercial construction projects. The most skilled masons — those who can set out a building precisely, read structural drawings, and supervise a team of labourers — advance to site foreman and building contractor.

What a Mason / Bricklayer does daily

Set out building lines: using profiles, string lines, and a builder's level to mark the exact position and level of foundations and walls
Lay bricks and blocks: mixing mortar, applying bed joints and perpend joints, and laying courses to line, level, and plumb
Build door and window openings: forming lintels, arches, and reveals with correct dimensional accuracy
Apply sand-cement plaster: scratch coat, floating coat, and finishing coat application for internal and external walls
Lay concrete floors: blinding, DPC membrane, reinforcement mesh, and finishing concrete to a level surface
Construct drains and manholes: laying vitrified clay or PVC drainage, building brick manholes, and setting iron covers
Read building drawings: interpreting floor plans, elevations, and sections to construct to specification

Why this matters: Every building in Sri Lanka stands on the work of masons. No structure can be built without a mason to lay the foundations, raise the walls, and apply the plaster. Sri Lanka's chronic housing deficit — particularly in rural areas and among the urban poor — can only be addressed by training more skilled masons. The construction industry employs hundreds of thousands of Sri Lankans and contributes significantly to GDP. Infrastructure projects — roads, bridges, water towers, and irrigation channels — all require masonry. Without skilled masons, Sri Lanka's built environment cannot grow or be maintained.

Step-by-Step Career Roadmap

What to do

Research how brick walls are built: what is a course, a perpend, and a bed joint?
Research English bond and Flemish bond: why are bricks laid in overlapping courses?
Visit a building site with an adult and observe masons laying bricks
Research what cement is made of: clinker, gypsum, and the hydration process
Research the NVQ Masonry programme at your nearest VTA or NAITA centre

Key subjects

MathematicsScience

Skills to build

Ratio and proportion: calculating brick and mortar quantities from wall dimensionsGeometry: setting out a right angle using the 3-4-5 triangle methodMaterial science: understanding how cement, sand, and water form a strong mortar bondReading plans: interpreting a simple floor plan to understand what is to be built

Suggested activities

Draw a floor plan of your house from memory and label each room
Calculate how many bricks are needed to build a wall 3m long, 2m high with a standard brick
Mix a small amount of mortar at home and observe how it stiffens as it hydrates
Research what a building contractor does and how they price a job

Important notes

Cement is caustic: wet cement on bare skin causes burns — always wear gloves when handling cement
Mathematics is essential: masonry requires daily calculation of quantities, dimensions, and gradients

💡 Backup / alternative options

Carpenter if woodwork is preferred to brickworkTiler if a more specialist finishing trade is preferred

⚠️ Important: Career paths and admission requirements change. Always verify the latest university entrance criteria, professional body requirements, and A/L subject combinations with official sources before making final decisions.