Orientation and introduction in proper field surveying theory and techniques. Subject areas include taping, tape corrections, leveling, angle measurements, traversing, traverse adjustments, contouring, fundamentals of mapping, and proper use and care of surveying instruments.

This course is an introduction to Computer Aided Drafting (CAD) as applied to Surveying Engineering and Computer Aided Mapping (CAM). The emphasis of this course is on "hands on" exercises in CAD and CAD integrated surveying software. 

This course is an introduction to Computer Aided Drafting (CAD) as applied to Surveying Engineering and Computer Aided Mapping (CAM). The emphasis of this course is on "hands on" exercises in CAD and CAD integrated surveying software.

A continuation of SURE 110. Engineering surveying theory and techniques. Subject areas include horizontal, vertical, and easement curve calculations, and layout, slope staking, earthworks, introduction to GPS, and aspects of hydrographic, tunnel and mine surveying. 

An advanced study of the methods and instrumentation used in the surveying profession.  The theory and application of electronic distance measuring devices, use of total stations and digital levels, GPS principles and applications, introduction to practical astronomy and the application of state plane coordinates.

Exploring fundamental concepts of visual programming to solve surveying and mapping related problems.  Topics covered include: object oriented syntax for looping and if statements, input/output statements, arrays, user-defined functions and procedures, reading and writing text and binary files, and introduction to database programming and graphics. Programming projects may include: angular units conversion; transformation of coordinates from polar to rectangular and rectangular to polar; traverse computation, adjustment and plotting.

Combined presentation of hydrology and hydraulics.  Course shall include the natural occurrence of water on the earth and the study of fluid mechanics, kinematics of fluid flow, energy and momentum relating to the movement of water.  Open channel flow and pressure conduits leading to gravity drainage design and pressure water supply systems.

Combined presentation of hydrology and hydraulics.  Course shall include the natural occurrence of water on the earth and the study of fluid mechanics, kinematics of fluid flow, energy and momentum relating to the movement of water.  Open channel flow and pressure conduits leading to gravity drainage design and pressure water supply systems.

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Discusses the codes of ethics which have been adopted by many engineering societies. Explain meaning and attributes of professionalism along with the ethical, moral, and social responsibilities of technologists and engineers. Also standards, law, safety, risks, obligations of loyalty to employer, professional client relationship, global awareness, bribery, contracts, and intellectual property are discussed. 

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Orientation and instruction in proper field surveying procedures, including operation of surveying equipment and instruments, primarily leveling, measurement of lines, and angles, with emphasis on note keeping. Prerequisite: enrollment in or completion of MTH 121. (2+6) 4 Cr.

Continuation of SUR 101 with emphasis on transit-tape surveys, rigorous treatment of traverse techniques, and introduction to circular curves. Advances leveling problems and basic instrument calibration and adjustment. Prerequisites: MTH 124. (2+6). 4 Cr.

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Continuation of SUR 102. Engineering-surveying course which includes horizontal, vertical easement curves, complete instrument adjustments, problems of coordinates and distribution of errors. Use of theodolites and electronic distance measuring equipment. Solar and polaris observations. Prerequisite: SUR 102. (2+6). 4 Cr.

Topographical surveying, including mapping control, plane table surveys, instrument maintenance and repair, celestial observations and triangulations, with specialized problems used in coordination with SUR 201. Prerequisites: SUR 102 & MTH 124. (3+0). 4 Cr.

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A detailed study of surveying problems calculations related to the Cartesian coordinate system, an introduction to spherical coordinate systems as applied to astronomy, reduction of solar and astronomic observations for determination of azimuth. Prerequisites: SUR 102 & MTH 124. (3+0). 3 Cr.

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Subdivision of public lands, theory of original survey, resurvey, subdivision survey, and methods of describing real property. Important statute laws affecting the surveyor with emphasis on the Plat Act. Prerequisite: SUR 221. (4+0). 4 Cr.

Emphasis on laboratory practice invol

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Three quarter hours. This course covers an introduction to the general field of construction with an emphasis on the role of the technician. Construction methods, operations, and equipment used in the light and heavy construction fields are studied. The role of the surveyor in construction operations is evaluated. The student in cooperation with his math class is taught the use of the slide rule during this quarter of orientation. (3+0)

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Two quarter hours. The major materials used in construction are introduced. Concrete, its properties and design, bituminous concrete, brick, tile, and wood are the major materials covered. An introduction to certain basic properties of steel and non-ferrous metals and plastics are also included. (1+3)

Three quarter hours. Subdivision of public lands. U.S. General Land Office Survey. Original survey, resurvey, and subdivision survey. Methods and legal descriptions. (3+0)

Three quarter hours. A continuation of S.T.D. 103 including the preparation of a plat, survey law, and legal interpretations, and professional ethics. (3+0)

Three quarter hours. Fundamental principles of geology, including a study of minerals and rocks. Aerial photographs, topographic and area geologic maps and geologic cross sections are studied in the laboratory. Extensive use of geological literature and maps. (2+3)

Four quarter hours. Proper survey procedures are introduced. Instruction is given in the principles of surveying and in the operation of surveying equipment and instruments. General surveying; measuring lines, angles and differences in elevation, methods of keeping field notes, computing areas and volumes, and profile leveling, construction surveying, fundamentals and terminology of map making (2+8)

Four quarter hours. A continuation of Surveying 1. Introduction to the control and distribution of errors; preparation of maps, computation of the coordinates and areas of enclosed figures from data secured in the filed. Introduction to principles of triangulation, land surveys, land and title description, road surveying, railroad and highway curves. (2+8)

Four quarter hours. The opportunity is provided for field projects of varied kinds for the student to gain practical experience. Specialized surveying problems are used in cooperation with the advanced course, Topographical Mapping 2. The senior class works on selected problems as a group reviewing surveying techniques and they discuss in seminar the various aspects of their two-year program as they relate to these selected problems with emphasis on integrating their skills and triaining into a meaninful relationship. (2+8)

Two quarter hours. Applications of common logarithms, trigonometric functions and tables of coordinates and slopes as applied to typical surveying problems. (2+0)

Three quarter hours. An introduction to the science of topography. A basic course in topographical mapping. Integrated with the student's surveying courses, this course is designed to teach the fundamentals of topographical mapping. (1+6)

Two quarter hours. A continuation of Topo-Drafting 1. Emphasis is placed on increasing the student's skill in mapping physical land features and introducing controlled planimetric mapping from aerial photographs. The student is assigned practical problems in the field as part of the rquired work during this course. Close cooperation with the Advanced Surveying class is maintained. (0+6)

Three quarter hours. An introductory course for the technical student in the basic physical and geological aspects of soils. Soil characteristics, and classification. Lectures, references, and problems; field trips and visitations to soil mechanics laboratories are included in the course requirements. This course is designed for the training of the technician. (2+3)

Three quarter hours. This course includes theory and practce in excavation and grading, layout, concrete form building, and mixing and placing concrete. Experience is given in building flat surface concrete construction footings, drainage culverts, etc. Local contractor's methods are observed by frequent field trips to construction jobs. (2+3)

Three quarter hours. A study of precipitation, evaporation, transpiration, infiltration, and unit hydrograph, the distribution graph, maximum flood slows, and frequency of occurrence, normal flow and low flow; effect of forests, cultivation and drainage, yield of wells, streams flow record. Basic problems of Hydrology are analyzed through lectures, readings, and outside resources. (3+0)

Three quarter hours. Fundamental theories and standard practices involved in highway construction as well as in concrete and bitulethic pavements are considered in this course. It includes a study of horizontal and vertical curves, super elevation, grades, drainage systems, secondary roads, traffic control designs, through ways, and grade separations. Flat surface design, parking installations, curbing and sports facilities are also included. (2+3)

Two quarter hours. A study is made of the problems of estimating cost of labor, machinery, and materials for evacuation, and construction of foundations, concrete work, etc. The student is introduced to documents relating to advertisements, bid proposals, contracts, and general conditions, and tehcnical specifications for engineering work. (2+0)

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