Civil Engineering
Definition, classifications, precision vs accuracy, and types of errors in surveying.
Pacing, taping corrections (temperature, pull, sag, slope), tacheometry, subtense bar, and normal tension computations.
Differential leveling, curvature and refraction, reciprocal leveling, two-peg test, and sensitivity of a bubble tube computations.
Reference meridians, azimuth vs. bearing, magnetic declination/dip, and interior/exterior angle computations.
Latitudes and departures, linear error of closure, Compass rule, Transit rule, and Crandall's method computations.
Coordinates method, DMD/DPD, Trapezoidal rule, Simpson's 1/3 rule, and planimeter calculations.
Stadia method computations, contour interpolation, gradient calculations, and map plotting techniques.
End-area method, Prismoidal formula, prismoidal correction, and borrow pit calculations.
Horizontal curve elements, stationing, compound/reverse/spiral curves, and vertical curve elevations.
Depth sounding, position fixing, reservoir capacity, discharge measurement, and tide level calculations.
Trilateration computations, position fix requirements, Dilution of Precision (DOP), and GPS coordinate systems.
Scale of a vertical photograph, flying height, relief displacement, GIS components, and data models.
Methods of measuring horizontal distances, pacing, taping, tape corrections, and tacheometry.
Differential leveling, profile leveling, curvature/refraction, and reciprocal leveling.
Reference meridians, bearings, azimuths, magnetic declination, and interior/exterior angles.
Open and closed traverses, latitudes and departures, balancing methods, and coordinate geometry.
Methods for calculating land areas, including coordinate method, DMD/DPD, and Trapezoidal/Simpson's rule.
Contour lines, characteristics of contours, interpolation, and plotting methods.
Methods for calculating cut and fill volumes including the end-area method and prismoidal formula.
Fundamentals of horizontal curves, components, and mathematical relationships.
Techniques for measuring water depth, discharge, tides, and currents.
Principles, segments, methods, coordinate systems, and error sources in GPS surveying.
Basics of aerial photography, scale calculations, relief displacement, and GIS components.
Based on a review of the provided `content.mdx` files for the "Fundamentals of Surveying" subject, the following concepts, theories, historical contex...