SHUO YANG

***** ********* **, *******, ** *****, 713-***-****, ac0w60@r.postjobfree.com

EDUCATION

Texas A&M University, College Station, Texas August 2017 M.S. Geology (GPA: 3.66)

Major Coursework: Advanced Hydrogeology, Geochemistry of Natural Fresh Waters, Field Method Hydrogeology, Applied Ground Water Modeling, Contaminant Hydrogeology. Tongji University, Shanghai, China Mar 2015

M.E. Hydraulic Engineering (GPA: 3.3)

Major Coursework: Numerical Flow and Transport Modeling, Urban Hydrology, Numerical simulation on Groundwater, Environmental Hydrogeology, Surface Water Pollution Assessment and Recovery Technology. Tongji University, Shanghai, China Jun 2012

B.E. Harbors, Water Channels, and Coast Engineering (GPA: 3.0)

Major Coursework: Hydrodynamics, Engineering Hydrology, Water Transport Project Construction, River Dynamics, Coast Dynamics, Channel Engineering, Fluvial Bed Development and Regulation, Flood Control Engineering, Port Hydraulic Structure, Basic CAD, C++ Language. SKILLS

ArcGIS, MODFLOW, MIKE, Fortran 77, AutoCAD, C++ Language, HEC-RAS, HEC-HMS, MATLAB, Numerical Analysis, Groundwater Modeling, Aquifer Testing. REAEARCH EXPERIENCE

Dongting Lake (Human Province, China)

Used MATLAB wavelet analysis and meteorological data to analyze the precipitation characteristics of study area. Analyzed spatial variability characteristics of the activity of hydrogen ions (pH) and the activity of electrons (Eh) in the Lake. Studied contaminant type, migration and transformation mechanism in wetland.

Xuchang City (Henan Province, China)

Participated in the Henan Provincial Water Resources Planning Project of Xuchang City. Forecasted water demand based on historical data and population trends. Predicted water resource supply and demand balance and presented a water management program.

Brazos river (Texas)

Participated in a hydrogeological study of the Brazos river site, performed the analysis of slug test and pump test data using MATLAB, GIS and MODFLOW. Analyzed solutions of the advective-dispersive solute transport equation. Used MATLAB to calculate the result of equation and compared with measured data.

Contaminant transport in groundwater (Texas)

Found the analytical solution for one-dimensional advective-dispersive transport process including first-order reaction and linear sorption in two-layer porous media. Used MATLAB to calculate the result of equation and compared the result with the numerical solution result. Analyzed the breakthrough curve and transport properties influence to solute transport. Gave the suggestions for contaminated soil remediation. INTERNSHIP EXPERIENCE

DHI China, Shanghai, China Oct 2013 – Mar 2014

Participated in evaluation and planning projects, which required dealing with real water problems and modeling with water resource analysis software. The following tasks were successfully completed: Analyzed hydrological conditions of the city by using MIKE Basin and GIS. Authored a water allocation and management plan to alleviate water resources shortage problems. Simulated city flooding using MIKE 11 and provided a river training plan to improve flood control standards. Modeled the migration of groundwater contamination using MODFLOW and provided a scientific basis for environmental assessment and treatment of groundwater. Gave a comprehensive approach and provided the estimated project budget. PUBLICATIONS

Zhuo, N.Q., Yang S., et al. Evaluation of Water Resources Sustainable Utilization Based on Fuzzy Recognition in Dongting Lake Basin. Journal of Water Resources Research, Oct. 2013.

Zhuo N.Q., Yang S., et al. Mutation and Multi-scale Characteristics Analysis of Rainfall Series in Dongting Lake Watershed. Journal of Tongji University (Natural Science), Jun. 2014. V0l. 42 No. 6.

Zhuo N.Q., Yang S., et al. Evaluation of water resources carrying capacity of Xuchang City based on carrying capacity index and fuzzy recognition theory. Water Resources Protection, Nov. 2014. Vol. 30 No. 6. WORK ELIGIBILITY Permanent resident

LANGUAGE English, Chinese