Emphasis will be on the acquisition and use of a variety of spatial data sets and the application of surveying techniques to quantify and when appropriate, to improve a variety of spatial data that are available in different coordinate systems and map projections and the techniques the practicing surveyor will need to know in order to appropriately integrate these data. This course introduces the student to the methods of translating engineering and architectural plans into field surveys for construction work and post-construction mapping for payments. The topics include engineering measurement tolerances, vertical and horizontal differential tolerances, terrestrial photography and control, deformation studies and analysis, safety and hazardous waste environment. The interaction of land use planning, environmental evaluation and zoning are discussed. The federal, state, regional and local land use controls are presented.
Guest speakers present lectures on their activities and responsibilities in site planning.
Emphasis is placed on the role of geographic information systems and land information systems in the site planning process. This course is a continuation of SUR 3540 and addresses, in detail, the subjects of evidence and procedures for determining real property boundaries. Statutes and case law, conflicting evidence, proper methods and procedures for collecting evidence, riparian rights, surface and subsurface rights and eminent domain are studied. Boundary agreements and legal instruments prepared by the land surveyor are introduced. The role of the land surveyor as an expert witness is presented.