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Many of the new staff were raw recruits from colleges across the country.
They came in abundance and awaited assignments that would
allow them to put their mark on this vast undertaking, although
sometimes their inexperience would display itself. He recalls that one
young engineer, when asked to design an enclosure for an irrigation
pump relocation, included in his design instructions to use corrugated
metal siding for the enclosure with specific reference to a page in
the 1962 Sears Roebuck Farm Catalogue. These young recruits however were guided by more experienced professionals hired to oversee various aspects of the project. Consulting review boards were also established for each major area of activity including earth dams, tunnels, power and pumping plants, plus earthquake analysis. The overriding driving force behind the construction of the SWP was its operational reliability. It was recognized that each purveyor of water would have responsibilities to customers with investments at risk that made operational reliability of the projects water delivery system an imperative, Silveira says. That requirement become an integral part of the design equation. Basic criteria were established such as protection of water quality, allowance for specific emergencies, partial or complete power failure and its effect on the aqueduct, and operational limitation on the plants in keeping with related transmission systems. Information was gained from studying systems of the Bureau of Reclamation and the Metropolitan Water District of Southern California. When construction of the system was at its peak DWR staff numbered about 4,480 with 2,250 in D&C. In 1965, as many as 50 major construction contracts were underway simultaneously, says Silveira. It was an exciting time for the Department and myself. When major design work for SWP facilities north of the Tehachapi Crossing was completed, Silveira left for New York to join a private engineering firm that did work primarily overseas. During that time, he traveled extensively to countries in Central America, South America, the Middle East, the Far East, and Africa, working on various water, power and agriculture development projects. For four years, he lived in Iran heading a number of projects including the construction of a hydroelectric dam and transmission project and a major irrigation system. In 1989, Silveira came full circle and returned to DWR. Two years later, he was Deputy Director in charge of the operations and maintenance, design and construction, energy generation, and right-of-way for the State Water Project. |
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