Experience

Infrastructure Development Authority of the Punjab

• Pakistan
• Civil Engineering
• 200 - 300 Employee

• Assistant Manager Pavements

  • Mar 2021 - Present

  Responsible for overseeing design modelling, carry out design, quantities’ estimation of roads networks and parking areas of projects.1.Roads, Traffic & Pavements>Oversee geometric design of roads networks using AutoCAD Civil3D.>Manage design of site grading, parking and green areas surface grading using AutoCAD Civil3D.>Review and design of pavements following AASHTO codes and project parking requirements. >Preparation of project BIM model in AutoCAD Civil3D i.e., roads network corridors, walkways, utility corridors modelling and finished surfaces of parking and green areas.>Coordination and clash detection of infrastructure and wet utilities i.e., storm water drainage, sewerage network and water supply systems using data shortcuts.>Coordination and resolutions of roads, pavement design related queries/RFIs at construction site.>Preparation of TORs and hiring of consultants for conducting traffic impact assessment (TIA) studies.>Review of traffic impact assessment (TIA) studies of project.>Preparation of TORs and hiring of consultant for conducting topographic surveys of projects.>Review and approval of project topographic surveys.>Management of drafting and estimation team for preparing project construction drawings and bill of quantities.

• Assistant Engineer Infrastructure Design

  • Jul 2016 - Mar 2021

  Responsible for in-house design and design review of road networks and road drainage system of various healthcare, educational and industrial facilities. 1. Roads & Pavements>Roads network geometric design i.e. setting of vertical alignment and horizontal alignment of roads using AutoCAD Civil3D following AASHTO Geometric Design Guide.>Pavement design in compliance with AASHTO Design Guide for Flexible Pavements.>Geometric design of vehicular underpasses.>Computation of road earthwork quantities using AutoCAD Civil3D.>Site grading of greenfield projects for surface drainage using AutoCAD Civil3D.>Geometric design of roundabouts and intersections using AutoCAD Civil3D.>Roundabout and intersections capacity analysis using SIDRA Intersection.>Preparation of road lane marking and traffic signage plan under guidelines of Manual of Uniform Traffic Control Devices.>Swept path analysis using TranSoft AutoTurn 3D.>Design of project parking areas i.e. minimum parking requirements as per ITE parking generation manual, size of parking bays, aisles and location of parking lots.>Review of Traffic Impact Analysis studies following four-step model.>3D Modelling and rendering of road-cross sections on AutoDesk InfraWorks.>Preparation of detailed design reports and technical proposals.>Leading the team of CAD designers and quantity estimators for preparation of tender documents, estimates and issued for construction drawings.2. Road Storm water Drainage Systems>Design of channelized and pipe storm water drainage networks using SewerGEMS and excel spreadsheets.>Determination of catchment areas for storm water discharge calculations, selection of appropriate IDF rainfall curves, relevant return period selection, sizing of RCC drains and pipe drains, identifying location of catch basins and setting of invert levels.>Design of velocity control devices and storm water drainage outfalls.>Preparation of storm water drainage network profiles and standard drawings.



Bahria Town

• Pakistan
• Real Estate
• 700 & Above Employee

• Infrastructure Design Engineer

  • Jul 2015 - Jul 2016

  Responsible for detailed design of roads, sewerage systems, storm water drainage systems and water supply networks of various sectors of Bahria Town Rawalpindi, Islamabad, Nawabshah and Karachi (Pakistan); 1 - Geometric design of roads i.e. setting out road profiles using Eagle Point Software under guidelines of AASHTO Geometric Design Guide. 2 - Site grading of the projects and computation of road earthwork quantities using Eagle Point. 3 - Setting of sewerage system network. 4 - Detailed design of sewerage system including setting of manhole invert levels, selection of sewer sizes and setting of sewer slopes. 5 - Setting of drainage system network and selection of appropriate drain locations. 6 - Detailed design of storm water drainage systems including selection of drain type (rectangular/pipe), calculation of drain sizes, setting of drain slopes, catch basin inverts and falls. 7 - Setting of water supply system network. 8 - Detailed design of water supply network including selection of pipe sizes, location and sizes of water storage tanks and location of tube wells. 9 - Preparation of sewerage system, drainage system and water supply system profiles. 10 - Hydraulic design of culverts using HY-8 Culvert Hydraulic Analysis Program by FHWA.