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Module 1: Introduction to Surveying in Civil Engineering
• Overview of land and high-rise building surveying
• Importance of accurate surveys in construction projects
Module 2: Fundamentals of Land Surveying
• Basic principles and types of land surveying
• Instruments and tools used in land surveying:
Module 3: Surveying Techniques for High-Rise Buildings
• Special considerations in high-rise building surveying
• Vertical control methods for tall structures:
Module 4: Surveying Instruments: Usage and Calibration
• Detailed overview of modern surveying instruments
• Regular calibration and maintenance of instruments:
Module 5: Geodetic Surveying for Large-Scale Projects
• Understanding geodetic surveying and its application
• Setting up accurate control networks
Module 6: Topographical Surveys for Construction Sites
• How to conduct topographical surveys:
• Data interpretation for site planning and design:
Module 7: Setting Out for High-Rise Buildings
• Techniques for setting out key structural components
• Ensuring vertical and horizontal alignment in high-rise structures
Module 8: Laser Scanning Technology in High-Rise Projects
• Introduction to laser scanning:
• Application in capturing accurate data for high-rise buildings
Module 9: Boundary and Property Surveys
• Procedures for conducting boundary surveys:
• Legal aspects and documentation
Module 10: Accuracy and Precision in Surveying
• Achieving high accuracy in land and building surveys
• Minimizing errors and quality control methods:
Module 11: Surveying for Earthworks and Excavation
• Methods for surveying earthworks and excavation
Earthwork_Excavation_Survey_Formats
• Calculating volumes and managing cut-and-fill operations:
Fill_Shortage_G60_Tower
Contour_Residential_Tower
Cross_Section_Road_Project
Earthwork_Excavation_Survey_Formats
Excess_Material_Skyscraper
Module 12: Surveying Challenges in Urban Areas
• Dealing with obstacles like traffic, buildings, and utilities
• Using drones and other advanced technologies:
Module 13: Structural Deformation Monitoring
• Survey techniques to monitor structural deformation
• Managing long-term monitoring projects:
Instrument_Calibration_Log
Integrated_Monitoring_System
Total_Station_Monitoring
GNSS_Receiver_Monitoring
Contour_Residential_Tower
Module 14: Digital Surveying and Data Management
• Introduction to digital surveying tools
• Managing and sharing survey data effectively
Module 15: Surveying for Foundations and Pile Layout
• Techniques for ensuring precision in foundation layout and pile placement
• Challenges specific to deep foundations in high-rise buildings
Verticality_Check_Pile_Alignment
Borehole_Logging_Pile_Depth_Verification
Laser_Leveling_Foundation_Layout
GPS_Survey_Pile_Layout
GNSS_Receiver_Monitoring
Pile_Load_Testing_and_Monitoring
Dewatering_System_Management
Load_Distribution_Pile_Placement
Excavation_Plan_Foundation_Construction
Subsurface_Investigation_Data
Module 16: Vertical and Horizontal Datum in High-Rise Surveying
Establishing vertical and horizontal control for high-rise projects
Accuracy_Check_Log_Control_Points
Instrument_Calibration_Log_Vertical_Horizontal_Control
Control_Network_Overview
Horizontal_Datum_Points_Data
Excavation_Plan_Foundation_Construction
• Ensuring continuity across multiple levels:
Environmental_Factors_Log_During_Alignment_Checks
Instrument_Calibration_Log_Alignment_Maintenance
Alignment_Overview
Horizontal_Alignment_Check_Data
Vertical_Alignment_Check_Data
Module 17: As-Built Surveys
• Conducting as-built surveys for high-rise projects
As_Built_Modifications_Log
As_Built_Laser_Scanning_Data_Summary
As_Built_Utility_Shaft_Positioning_Data
As_Built_Facade_Alignment_Check_Data
As_Built_Survey_Measurement_Data
• Comparing as-built data with design plans for accuracy
As_Built_Data_Final_Compliance_Check
As_Built_Modifications_Log_for_Comparison
As_Built_vs_Design_Facade_Comparison
As_Built_vs_Design_Alignment_Comparison
As_Built_vs_Design_Height_Comparison
Module 18: Safety and Risk Management in Surveying
• Safety protocols for land and building surveyors:
Emergency_Response_Plan_Surveyors
Equipment_Inspection_Log_Surveying_Tools
Safety_Protocols_Surveying_Heavy_Machinery
Hazard_Assessment_Demolition_Sites
Safety_Checklist_High_Rise_Surveying
• Risk management in complex high-rise environments:
Public_Safety_Management_Plan
Emergency_Response_Plan_High_Rise_Projects
Weather_Monitoring_Log_High_Rise_Projects
Mitigation_Planning_High_Rise_Construction
Risk_Assessment_Matrix_High_Rise_Projects
Module 19: Case Studies: Surveying in Landmark High-Rise Projects
• Analysis of surveying techniques used in famous high-rise projects
Wind_Seismic_Monitoring_Data
Structural_Monitoring_Laser_Scanning_Data
Foundation_Settlement_Monitoring
Horizontal_Alignment_Control_Point_Survey
Vertical_Alignment_Survey_Data
• Lessons learned from real-world applications:
Module 20: Emerging Technologies in Surveying
• Future of land and high-rise building surveying
• Use of AI, UAVs, and satellite imaging for accurate data collection