Fundamentals of Geomatics Engineering. 3 credits, 3 contact hours

Catalog description

Prerequisites: Fundamental knowledge of calculus, MATH 111 or MATH 138 or equivalent. Restrictions: Graduate Standing or Approval from the Course Instructor. Covers basic knowledge of spatial reference systems and geodetic coordinates. Examines the first fundamental form and theory of distortion in map projection with application to conformal mapping within state plane coordinate systems. Introduction of the geopotential model and computational methods for geodetic positioning, physical and geometric heights, and gravity anomalies to quantify crustal movement and change detection. Examines geomatics engineering methodologies for sustainable development and risk mitigation through case studies.