Surveying Manager | Construction

Leverage your abilities and join the dynamic team of a leading company specializing in constructionindustry in Saudi Arabia.

The SurveyingManager is responsible for traditional surveying, design, grid surveying, and value engineering, providing significant added value to the department, positioning it as a strategic partner in cost reduction and accelerated project delivery.

• Lead and manage surveying teams across building, road, and infrastructure projects
• Prepare and design final road grading levels (Road Grading Design), ensuring smooth traffic flow and proper drainage.
• Utilize advanced surveying equipment (Total Stations, GNSS, Laser Scanners, UAVs).
• Develop longitudinal profiles and cross sections (for roads and infrastructure projects).
• Prepare hydraulic profiles for stormwater, sewage, and water supply networks.
• ConductNatural Ground Level (NGL)surveys to establish accurate natural ground conditions.
• Perform grid surveying (grid leveling) for contour mapping and cut/fill volume estimation.
• Apply value engineering by optimizing grading and profiles to minimize cut and fill quantities, reducing costs and manpower.
• Contribute to preparing as-built drawings using field survey data.
• Review and validate benchmarks linked to national geodetic networks.
• Coordinate with engineering disciplines (Civil, Architectural, Mechanical, Electrical).
• Ensure high accuracy in all surveying, setting out, and profiling works.
• Operate design and analysis software, including AutoCAD Civil 3D, InfraWorks, ArcGIS, and BIM 360.
• Collaborate with Planning and Cost Control departments to analyze the impact of grading on schedules and costs.

We Are Looking For:

• Accurate road levels that meet design and drainage requirements.
• Correct hydraulic profiles for infrastructure networks.
• Up-to-date and precise NGL and grid surveying reports.
• Accurate estimation of cut & fill volumes.
• Value Engineering recommendations to reduce earthworks and costs.
• As-built drawings that reflect actual field conditions.