Khaled Alsumait

The project is located about 50 km west of Kuwait City, at Al-Na’ayem - Al-Salmi City, covering approximately 1.35 million m2 under the Public Authority for Housing Welfare (PAHW) with a Construction cost of KD 126.3 million. The scope of works consists of construction supervision, execution, handing over, and maintenance of 1, 777 houses (200 m2 each), public buildings (2 Schools, 3 Mosques, a fire station, an ambulance center, services, final asphalt layer, streetlights, and MV/LV cabling works). Job duties include:

• Conduct on-site inspections verifying contractor work against approved structural drawings
and project specifications.
• Measure executed quantities against the BOQ and verify contractor quantity submissions for
interim payment certificates, supporting cost control and contract compliance.
• Identify and document non-conformances, issuing formal NCRs and coordinating corrective
actions with contractors and project stakeholders.
• Perform construction safety assessments, reporting any hazards or regulatory violations in
accordance with applicable safety standards.
• Assist in preparing monthly construction progress reports, documenting site productivity,
work completed, and outstanding contractor actions.

• Produced detailed construction drawings for pipe networks, roadways, and utility layouts
using Civil 3D.
• Collaborated with surveyors, planners, clients, contractors, architects and municipalities to
align project deliverables and secure approvals.
• Conducted construction site observations and produced detailed technical reports.
• Prepared cost estimates, drainage reports, and CAD exhibits for project submitals.

• Co-authored a peer-reviewed publication aimed at improving freight truck planning processes
across Virginia.
• Conducted feasibility studies of European bicycle and pedestrian infrastructure models for
potential implementation in Virginia; findings approved by a technical review board.
• Led an initiative to standardize land-use code selection methodology for warehouse
facilities, reducing inconsistencies in ITE trip generation rate selection.