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<br />A. S. ANDREWS, Page 2 of 2
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<br />Civil Enqineer, Woodward-Clevenger and Associates, Denver, Colorado, (1971-
<br />1972). Responsible for surface and ground water hydrology studies, hydraulic
<br />studies, water well planning and development for new water supplies, economic
<br />analysis of water supplies, and water rights analysis for various water and
<br />land resources development projects. Geographical location of the projects
<br />included both sides of the Continental Divide in Colorado, Nevada (Carson
<br />and Truckee River Basins), and Florida.
<br />
<br />Water Resource Enqineer, Denver Water Department, Denver, Colorado, (1967-
<br />1971). Conducted, Directed and supervised work related to the planning and
<br />development of Denver's in-basin and transmountain raw water systems.
<br />Specific disciplines included watershed hydrology, sizing and design of the
<br />storage and conveyance facilities, economic analysis of different raw water
<br />supplies, staged development, minimum streamflow releases for environmental
<br />considerations, development of optimum capabilities and systems operation,
<br />development of computer simulation models, testified in courts as an expert
<br />witness, water quality control, determination of the value of water offered
<br />for sale to the Denver Water Department, and evaporation studies. The studies
<br />included projects in the South Platte River watershed, Blue, Eagle, Piney,
<br />Williams Fork, Vampa, Fraser, and other tributaries in the Upper Colorado
<br />River basin. During this period of time, prepared well over fifty reports
<br />related to the development of raw water supplies to the Denver water supply
<br />system.
<br />
<br />In 1971, presented three hours of lectures and four hours of problem working
<br />session on the application of mathematical linear programming to the develop-
<br />ment of water resources. The fundamentals of applying linear programming to
<br />solve water resources problems were presented during the lecture sessions.
<br />During the problem solving session, three separate problems were solved using
<br />linear programming techniques. The three problems included an economics
<br />oriented problem, minimizing water treatment costs for the Denver water supply
<br />system, and optimization of conjunctive use of ground and surface water supplies.
<br />
<br />Civil Enqineer, AI-Rawafed Consulting Engineers, Bagdad, Iraq. (1965-1967).
<br />Responsibilities included hydrologic studies, design of hydraulic structures
<br />and construction supervision of diversion, distribution and control facilities
<br />for four different irrigation and drainage projects. Also, managed the dis-
<br />tribution of water used in an irrigation district.
<br />
<br />Enqineerinq Research Assistant, Engineering Research Center, Colorado State
<br />University, Fort Collins, Colorado (1963-1965). Responsibilitiesincluded
<br />collection, tabulation, and analysis of data related to research projects in
<br />the field of meteorology, hydrology, hydraulics, fluid mechanics, and water
<br />quality.
<br />
<br />Member:
<br />
<br />American Society of Civil Engineers
<br />American Water Works Association
<br />Colorado Water Congress
<br />Kappa Mu Epsilon (Honorary)
<br />
<br />Reqistered Professional Enqineer:
<br />
<br />Colorado, Wyoming
<br />
<br />Birth Date:
<br />
<br />October 7, 1938
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