Professional structural repairs for beams, columns, slabs, and foundations. We work with qualified engineers to deliver BCA-compliant solutions.
Structural rectification addresses serious issues with load-bearing elements of buildings. Whether it's damage from accidents, deterioration over time, or construction defects, we have the expertise to restore structural integrity safely and in compliance with building regulations.

Reinforce weakened beams using carbon fiber, steel plates, or concrete jacketing.
Repair damaged columns and restore load-bearing capacity.
Address slab deflection and cracking with appropriate strengthening methods.
Repair and stabilize foundation issues including settlement and cracking.
Work with Professional Engineers for design, supervision, and certification.
Assess current structural capacity and design appropriate solutions.
Detailed inspection and testing to assess extent of damage.
Professional Engineer develops repair design and specifications.
Submit plans to BCA if required and obtain necessary approvals.
Execute repairs under PE supervision with quality materials.
Testing and inspection to verify repair quality.
PE endorsement of completed works and as-built documentation.
Structural rectification is needed when load-bearing elements (beams, columns, slabs) are damaged, deteriorated, or need strengthening for changed use. Signs include significant cracks, deflection, or visible damage.
Not all, but significant structural repairs affecting load-bearing elements typically require PE design and supervision. We advise on requirements for each situation.
Carbon fiber reinforced polymer (CFRP) is a modern strengthening method. Lightweight carbon fiber sheets are bonded to concrete to increase capacity without adding significant weight.
Timeline varies with scope. Simple repairs may take 1-2 weeks. Complex projects requiring authority approvals may take 2-3 months.
Tell us about your space — we'll respond with a clear plan and a transparent quote.