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JING-YEA (PAUL) YANG, Ph.D., P.E. }. . _ Page 2 measurements and synthetic discharges from 3-D computational fluid dynamics modeling. Calibrated the discharge coefficients of the culvert structures under various flow conditions and structure operations. Project b1anager; Stormwater Treatment Area (STA) Stream Gauging Plan (STA 1W, 2, 5 and 6), SFWMD—The Operation and Hydro Data Management Division (OHDM) of SFWMD is in charge of flow monitoring. rating development and hydro data QA/QC at over 500 structures within South Florida. Among these structures, most of the new structures are in the STAs mandated by the Everglades Forever Act. passed by the US Congress in 1997. The main purpose of the STAs is to remove pollutants such as phosphorus and nitrogen from the agricultural water before discharging them into the ever- glades. This study showed the framework for the processes based on stream gauging measurements collected from STA I W. 2.5 and 6. Project Manager; Statistical Analysis of Everglades Agricultural Area Farm Data, SFWMD—Managed and directed a statistical analysis of water quality and farm data to determine opportunities for further water quality im- provement in Palm Beach County through source controls. Analysis was con- ducted to meet long-term water quality goals at the Everglades Protection Area using SAS model. Project Manager; Flow Program Re-engineering, SFWMD—Collaborated with Operation and Hydro Data Management Division staff of SFWMD to develop new algorithms to be used in the new Flow Program that will include SpillwayAVeir Module. Culvert Module, and Pump Module. Coordinated test- ' ing of the new algorithms to select the most appropriate ones to use in the de- velopment of new FLOW program. e Project Manager; Development of Baseline Data for Hydrologic Modeling, SFWMD—Managed.directed.and performed quality assurance/quality control (QA/QC) on about 360 stations (115 flow stations. 150 stage stations and 95 well stations) of hydrologic data series used in support of the SFWMD's mod- eling. reporting. and regulatory programs. After data validation. QA/QC. and single series generation. the quality-assured data was uploaded into DBHYDRO. Principal Engineer; Shell Creek Watershed Modeling, City of Punta Gorda—Performed modeling analyses to provide a hazard potential classifi- cation for the Hendrickson Dam in the City of Punta Gorda. The dam break analysis. using the National Weather Service's FLDWAV model and freeboard analysis using USACE ACES model, were conducted to support the hazard classification followed the procedures outlined in the Bureau of Reclamation. U.S. Department of Interior(DOI). Senior Civil Engineer; Hydrologic Analysis, Florida Power & Light Company—Led and conducted probable maximum surge flooding, storm surge. and wave action analyses for the St. Lucie Nuclear Power Plant in Flor- ida. Techniques in nuclear plant siting for hydrologic acceptability were in compliance with the U.S. Nuclear Regulatory Commission (NRC) criteria re- quirements. Principal Engineer; Reservoir Due Diligence Report, City of Punta Gor- da—Used monthly flow mass balance to analyze water availability and the 1 filling and withdrawals from the proposed reservoir. These hydrologic analysis results supported decision to purchase the land. Evaluated the feasibility of I2c, a conanrq Tednalbgy,nc