Areas of Expertise

	Post-tensioned buildings design and detailing.
	Design of RC and prestressed flat slabs with irregular column grids.
	Buildings construction zones, sequence and costing.
	Post-tensioned concrete bridges design and detailing.
	Bridge construction methods, temporary work and costing.
	Balanced cantilever bridges design, construction stages check and camber calculation.
	Cable stay bridges design, detailing and construction methods.
	Steel structures including steel arch bridges and factories.
	Heavy lifting of structures.
	Repair and strengthening of reinforced concrete and post-tensioned structures.
	3-D Modeling and Finite Element Analysis.
	Able to propose effective solutions to solve site and construction problems.

	Design bridges built with various forms of precast prestressed girders (I, T, M, U Beams), and cast in-situ box girders and RC beams.
	Design bridges with cast-in-situ hammerhead and dropped-in midspan precast beams made continuous.
	Specialised in design of continuous bridge, semi-integral as well as fully integral (built-in abutment) bridges.
	Design precast segmental box girder bridge with external and unbounded prestressing, including wet and dry joints.
	Design cast in-situ prestressed box girder bridges by both balanced cantilever and cantilever construction.
	Design of temporary fixity to stablise the bridge during construction for box girder bridge supported on bearing but built with balanced cantilever construction.
	Design of temporary work/ stressing for closure pours to stabilize the bridge during midspan stitching.
	Perform pre-camber analysis and pre-camber chart for balanced cantilever box girder construction.
	Design of steel bridges and arch bridges.
	Design of Wharfs and Jetty structures.
	Design of prestressed structures including, prestressed flat slabs, flat plates (without drop panels), beam-slab, prestressed transfer beams (with stage stressing).
	Design of prestressed transfer plates with point load from column or line load from shear wall.
	Dynamic Analysis for highrise buildings in Seismic Zone.
	Design structural strengthening/ upgrading work for RC and prestressed structures as well as bridges, including creating opening through prestressed flat slabs. Design remedial work for prestressed structures if tendons snap during stressing.