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Engineering
Other Engineering Fields
Surveying and Geomatics
1. Introduction to Surveying and Geomatics
2. Fundamental Concepts and Mathematics
3. Theory of Errors and Measurement Adjustment
4. Distance Measurement and Linear Surveying
5. Leveling and Vertical Control
6. Angle and Direction Measurement
7. Geodesy and Earth Models
8. Global Navigation Satellite Systems (GNSS)
9. Photogrammetry and Remote Sensing
10. LiDAR Technology and Applications
11. Geographic Information Systems (GIS)
12. Specialized Surveying Applications
13. Professional Practice and Legal Aspects
Angle and Direction Measurement
Principles of Angle Measurement
Horizontal Angles
Vertical Angles
Zenith Angles
Reference Directions
Theodolite Systems
Optical Theodolites
Components and Functions
Reading Systems
Precision Classifications
Electronic Theodolites
Digital Displays
Data Recording
Automatic Corrections
Total Stations
Integrated EDM Systems
Data Collectors
Coordinate Calculations
Instrument Setup and Operation
Centering Procedures
Plumb Bob Method
Optical Plummet
Laser Plummet
Leveling Procedures
Plate Bubble Adjustment
Circular Bubble Use
Focusing and Targeting
Reading Procedures
Horizontal Angle Measurement
Single Angle Method
Repetition Method
Direction Method
Reiteration Method
Error Sources and Elimination
Vertical Angle Measurement
Index Error Determination
Face Left and Face Right
Atmospheric Refraction
Collimation Error
Traversing Methods
Open Traverse
Applications and Limitations
Error Accumulation
Closed Traverse
Loop Traverse
Connecting Traverse
Traverse Computations
Angular Closure
Linear Closure
Coordinate Calculations
Traverse Adjustment
Compass Rule
Transit Rule
Least Squares Method
Triangulation
Network Design
Station Selection
Angle Measurement Procedures
Strength of Figures
Adjustment Methods
Intersection and Resection
Forward Intersection
Backward Intersection
Three-Point Problem
Applications and Accuracy
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5. Leveling and Vertical Control
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7. Geodesy and Earth Models