Waqar Ali

Supervised infrastructure works including earthworks, roads, drainage, sewerage, and utilities for a large residential development. Planned and monitored cut/fill, excavation, backfilling, and compaction activities. Coordinated with QA/QC, HSE, survey, procurement, and contractor teams. Used MS Project / Primavera P6 for scheduling and progress tracking.

Planned and monitored water-resource components of development projects, including stormwater drainage, groundwater management, and sustainable urban water systems. Integrated hydrological and hydraulic considerations into master planning with civil, structural, and MEP teams. Prepared BOQs, cost estimates, and progress reports for water-related structures such as culverts and retention basins.

Ran an independent marketing and sales business, managing client relationships, advertising campaigns, and day-to-day operations.

Supported site supervision and execution of civil works in line with approved drawings and technical specifications.

Supported site supervision for residential and infrastructure works. Prepared daily progress reports and assisted with BOQs and quantity take-offs.

Collaborated closely with Prof. Dr. Muhammad Zohaib to validate model results, refine methodologies, and compile research documentation. Conducted a comprehensive flood risk assessment for the Islamabad region using hydrological, hydraulic, and GIS-based approaches. Processed 40 years of rainfall and streamflow data for flood frequency analysis. Developed detailed HEC-HMS hydrological models for watershed delineation, rainfall–runoff simulation, and peak discharge estimation. Built and calibrated HEC-RAS hy

Assisted with infrastructure maintenance, field inspections, and technical reporting under senior engineers.

Coursework focused on GIS, Remote Sensing, Spatial Data Analysis, Cartography, and Python for Geospatial applications. Building on a civil engineering background to specialize in geospatial data analysis, hydrological modeling, and flood risk mapping.

Final Year Thesis: Flood Risk Mapping using GIS and Remote Sensing, DEM analysis, satellite imagery, and HEC-HMS hydrological modeling to identify flood hazard zones. Awarded Silver Medal for outstanding undergraduate thesis.