Ashraf Mohamed elhassan

Conducted a detailed visual site survey to determine the most efficient route, ensuring the avoidance of any obstacles that could impact construction progress. Established control points along the project alignment through the open traverse method, applying static methods to ensure accuracy and consistency of survey data. Performed survey work to assess natural ground levels and examined all associated facilities, ensuring alignment with project specifications. Processed collected surveying data using advanced software tools such as AutoCAD Civil 3D and Trimble Business Center (TBC), ensuring the data was accurately reflected in the project designs. Analyzed geophysics and hydrology data using ArcGIS applications to determine the best locations for implementing box culverts, considering environmental factors and project requirements. Identified and mapped all utilities involved in the road construction, implementing duct banks for the safe passage of utilities through the road alignment. Calculated cut and fill volumes for roadworks and developed material lists and stockpile plans using AutoCAD Civil 3D, ensuring the proper quantities were available for construction. Prepared contour maps and heat maps to assist in the visualization and planning of roadworks, providing the necessary topographical data for the construction team. Staked out design plans for various layers of the road construction, including subgrade, aggregate base course, bituminous base course (BBC), and wearing course, ensuring proper side slopes and super-elevations according to design specifications. Implemented protective measures for the road’s side slopes, including Rip Rap and concrete works, to safeguard the structural integrity of the road against erosion and other environmental factors. Executed the construction of reinforcement dikes beside the road, designed to protect the road from potential damage due to erosion or flooding. Led the implementation of drainage channels to effectively co

Conducted survey measurements using GPS, Total Station, and leveling devices, ensuring accurate field data. Processed surveying data with AutoCAD Civil 3D and adjusted coordinates for proper field application. Collaborated with project teams to integrate survey data into construction plans.

Inspected and prepared surveying devices for use in fieldwork. Prepared work plans and schedules for surveying tasks. Conducted survey measurements using GPS, Total Station, and leveling devices. Processed survey data using AutoCAD Civil 3D and performed geospatial analysis with ArcGIS. Created risk maps using Surfer 10 to assess project site conditions.

Established control points on-site by transforming coordinates or using GPS to set new reference points. Collected observation data using Total Station and GPS RTK instruments for construction drawings. Generated topographic maps and 3D models to guide construction activities. Calculated quantities for cut/fill volumes using Excel, ArcMap, and AutoCAD.

Established primary horizontal and vertical control points, including reference points in the field. Supervised survey party staff and coordinated work priorities and schedules. Ensured accurate measurements by completing traverse closures and bench circuits. Performed joint measurements with contractors for completed works and conformance to project specifications. Conducted regular checks of contractor's setting out to verify proper execution and accuracy. Maintained and calibrated surveying equipment.

Conducted a detailed visual site survey to determine the most efficient route, ensuring the avoidance of any obstacles that could impact construction progress. Established control points along the project alignment through the open traverse method, applying static methods to ensure accuracy and consistency of survey data. Performed survey work to assess natural ground levels and examined all associated facilities, ensuring alignment with project specifications. Processed collected surveying data using advanced software tools such as AutoCAD Civil 3D and Trimble Business Center (TBC), ensuring the data was accurately reflected in the project designs. Analyzed geophysics and hydrology data using ArcGIS applications to determine the best locations for implementing box culverts, considering environmental factors and project requirements. Identified and mapped all utilities involved in the road construction, implementing duct banks for the safe passage of utilities through the road alignment. Calculated cut and fill volumes for roadworks and developed material lists and stockpile plans using AutoCAD Civil 3D, ensuring the proper quantities were available for construction. Prepared contour maps and heat maps to assist in the visualization and planning of roadworks, providing the necessary topographical data for the construction team. Staked out design plans for various layers of the road construction, including subgrade, aggregate base course, bituminous base course (BBC), and wearing course, ensuring proper side slopes and super-elevations according to design specifications. Implemented protective measures for the road’s side slopes, including Rip Rap and concrete works, to safeguard the structural integrity of the road against erosion and other environmental factors. Executed the construction of reinforcement dikes beside the road, designed to protect the road from potential damage due to erosion or flooding. Led the implementation of drainage channels to effectively co

Conducted survey measurements using GPS, Total Station, and leveling devices, ensuring accurate field data. Processed surveying data with AutoCAD Civil 3D and adjusted coordinates for proper field application. Collaborated with project teams to integrate survey data into construction plans.

Inspected and prepared surveying devices for use in fieldwork. Prepared work plans and schedules for surveying tasks. Conducted survey measurements using GPS, Total Station, and leveling devices. Processed survey data using AutoCAD Civil 3D and performed geospatial analysis with ArcGIS. Created risk maps using Surfer 10 to assess project site conditions.

Established control points on-site by transforming coordinates or using GPS to set new reference points. Collected observation data using Total Station and GPS RTK instruments for construction drawings. Generated topographic maps and 3D models to guide construction activities. Calculated quantities for cut/fill volumes using Excel, ArcMap, and AutoCAD.

Established primary horizontal and vertical control points, including reference points in the field. Supervised survey party staff and coordinated work priorities and schedules. Ensured accurate measurements by completing traverse closures and bench circuits. Performed joint measurements with contractors for completed works and conformance to project specifications. Conducted regular checks of contractor's setting out to verify proper execution and accuracy. Maintained and calibrated surveying equipment.