Yi-Shan(Cindy) Wu, Eit Email & Phone Number

Taiwan

Irvine, California, United States

Irvine, California, United States

Greater Nashville Area, Tn

• Perform hydrologic and hydraulic modeling of riverine systems as part of the Risk Mapping, Assessment, and Planning (Risk MAP) program for the Federal Emergency Management Agency• Support field investigations including the collection and analysis of data used to support hydrologic and hydraulic modeling• Execute established procedures, perform routine calculations and process GIS data necessary to support hydrologic and hydraulic modeling efforts• Prepare floodplain and watershed studies in compliance with FEMA standards and specifications and assist with Quality Assurance and Quality Control for flood insurance study deliverables• Evaluate flood mitigation and flood control projects and their effectiveness• Execute GIS-based one dimensional and two dimensional flood risk modeling software application such as HEC-RAS, HEC-HMS, FLO-2D, and SWMM• Efficiently work with ArcGIS software and extensions in support of flood risk modeling and mapping and other water resources project needs• Support Stormwater design projects and evaluate the feasibility of alternative design approaches, site conditions, and regulatory agency specifications or regulations• Prepare project reports including engineering calculations, planning, and drafting technical engineering reports, research, and data entry• Work with a team of Water Resources Engineers and GIS specialists supporting various planning and water resources, flood risk management and transportation projects

Greater Los Angeles Area

• Programmed groundwater modeling by using MODFLOW and MT3DMS to simulate solute transport in heterogeneous aquifers• Developed a statistical model to quantify the uncertainty of solute transport in heterogeneous aquifer• Implemented numerical computation analysis to evaluate probabilistic risk in contaminant transport in the subsurface• Developed an efficient algorithm to reduce the computational time for simulating solute transport behavior• Visualized 2D solute transport animations by incorporating hydrogeological properties into aquifer models• Conducted particle tracking with lagrangian approach for contaminant transport by using Python and MATLAB• Simulated spatial distribution of hydraulic conductivity in stochastic aquifer by using SGeMS• Programmed streamline, hydraulic head and solute transport in Python using Flopy library

Taipei, Taiwan

• Interpreted trends of selling strategy using computational statistics and data analysis• Developed optimal SQL database collection system to organize product information• Worked with management to prioritize business and information needs• Assisted MS Office team in technology showcases for promoting products• Cooperated with co-workers to make a novel selling products strategy

Taipei, Taiwan

• Modelled stormwater runoff and streamflow forecasting caused by climate change• Evaluated land use by hydrological modeling system in small watershed scale• Planned optimized large-scale water resources systems for sustainable management of water resources with government• Conducted numerical weather prediction to quantify the probability of precipitation by using Fortran

Master'S Degree, Environmental Engineering Technology/Environmental Technology

Wastewater Treatment, Geohydrology, Fluid Mechanics, Hydraulic design, Database Management, Aquatic Chemistry

Bachelor'S Degree, Atmospheric Sciences And Meteorology