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EDUCATION
Master of Science, Geographic Information Science for Development and Environment Expected:05/2017
Clark University,Worcester,MA GPA: 3.9
Bachelor of Science, Geographic Information Science 06/2015
Nanjing University, China GPA: 3.7
SKILLS
Software: ArcGIS, TerrSet (Idrisi), ERDAS, SPSS, QGIS, GeoDa, ArcCollector, ArcServer, ArcOnline, Visual Studio, Google Earth, Microsoft Office, SketchUp, Adobe Photoshop, Prezi
Programming languages: Python, C#, Object Pascal (Delphi), JavaScript, SQL, HTML/CSS, R
RELATED EXPERIENCE
GIS Intern, LandVest Summer GIS Internship 05/2016 – 08/2016
LandVest, Boston, MA
Research Institute of Remote Sensing and Information Technology Application, China
Nanjing University, China
Nanjing University, China
RESEARCH EXPERIENCE
IDW Model Develop in TerrSet by using Delphi 2016
Raster System Development (for TerrSet), Clark University, Worcester, MA
Computer programming with python, Clark University, Worcester, MA
Advanced Remote Sensing, Clark University, Worcester, MA
Advanced Vector GIS, Clark University, Worcester, MA
Advanced Raster, Clark University, Worcester, MA
Landscape Ecology, Clark University, Worcester, MA
Introduction to Geographic Information Systems, Clark University, Worcester, MA
Introduction to Remote Sensing, Clark University, Worcester, Massachusetts 2015
Final undergraduate paper, Nanjing University, China
RELATED COURSES
PUBLICATION
AWARDS & RECOGNITION
Master of Science, Geographic Information Science for Development and Environment Expected:05/2017
Clark University,Worcester,MA GPA: 3.9
Bachelor of Science, Geographic Information Science 06/2015
Nanjing University, China GPA: 3.7
SKILLS
Software: ArcGIS, TerrSet (Idrisi), ERDAS, SPSS, QGIS, GeoDa, ArcCollector, ArcServer, ArcOnline, Visual Studio, Google Earth, Microsoft Office, SketchUp, Adobe Photoshop, Prezi
Programming languages: Python, C#, Object Pascal (Delphi), JavaScript, SQL, HTML/CSS, R
RELATED EXPERIENCE
GIS Intern, LandVest Summer GIS Internship 05/2016 – 08/2016
LandVest, Boston, MA
- Assisted with project “map sets” creation by using python script tool, which is also the core service that LandVest GIS team provides. The major types of map are ortho, base, site analysis and alternative lot concept plans.
- Supported with data maintenance for company’s New England geodatabases, and develop Level 3 parcel database.
- Collected field data with ArcCollector, and managed field data in ArcOnline.
- Created maps for key scenic areas and residential areas, which will have possible impact by the Northern Pass Plan.
- Assisted with Mass Audubon project, which aimed to create an interactive tool and web map that identifies specific parcels.
Research Institute of Remote Sensing and Information Technology Application, China
- Fused in-situ data through space and preprocessed heavy metal pollution data by applying Nemero-index method.
- Applied Inverse Distance Weighting and Hotspot analysis to reflect the spatial distribution of soil polluted with heavy metal.
Nanjing University, China
- Used ArcGIS to digitize roads of Wuxi City, and divided the roads into three levels.
- Geocoded each road with different rank and geographic position.
Nanjing University, China
- Operated 3D MAX to model three-dimensional main buildings in Nanjing University for ground view of the pipeline system.
RESEARCH EXPERIENCE
IDW Model Develop in TerrSet by using Delphi 2016
Raster System Development (for TerrSet), Clark University, Worcester, MA
- Created IDW Model with Delphi Environment, and enabled user to specify number of points be used or search radius.
- Applied dialog to Dynamic Link Libraries (DLL), and integrated the user interface form into TerrSet.
Computer programming with python, Clark University, Worcester, MA
- Specified input parameters, and reclassified raw variable raster to true probability images.
- Calculated the final suitability image, and produced accuracy assessment between suitability image and validation image.
Advanced Remote Sensing, Clark University, Worcester, MA
- Discovered an empirical method to identify seagrass in coastal area with the use of Landsat 8, Sentinel 1, and Sentinel 2.
- Tested each sensor’s efficiency in identifying photosynthetic oceanic vegetation by using Spectral Unmixing method.
Advanced Vector GIS, Clark University, Worcester, MA
- Utilized nine explanatory variables to represent school quality information, which explained students’ performance, teachers’ performance, and school system. Then spatially combined them with average single-family housing price information.
- Applied Moran’s I and Getis-Ord Gi* Statistic Hot Spot Analysis to analyze the similarity between dependent and independent variables, and used Ordinary Least Squares (OLS) to assess the relationship between them.
- Exploited statistic function, which named as factor analysis, to assess the effects of public school quality on single-family housing price. Then compared this statistical result to geographical result.
Advanced Raster, Clark University, Worcester, MA
- Modeled suitability with four major crops (maize, wheat, rice, and potato) in both current and future climate conditions (2050), and assessed changes of suitability.
- Compared four RCPs scenarios regarding to suitability of four major crops, then examined three different climatic models.
Landscape Ecology, Clark University, Worcester, MA
- Determined effect from fuel load, median fire return interval, and biophysical settings to burn severity with 2003 Cedar fire.
- Inferred drivers of wildfire severity based on previous wildfire case studies.
Introduction to Geographic Information Systems, Clark University, Worcester, MA
- Built a suitability model to assess the living environment by using Analytic Hierarchy Process (AHP).
- Evaluated living condition for Worcester by using the suitability model we built, and produced living suitability map.
Introduction to Remote Sensing, Clark University, Worcester, Massachusetts 2015
- Discovered relationship between green vegetation and wildebeest migration route; moisture and the migration route.
- Identified the most suitable vegetation index for the Serengeti ecosystem.
Final undergraduate paper, Nanjing University, China
- Utilized Indicator Kriging and Sequential Gaussian Simulation to evaluate risk and uncertainty of the soil pollution.
- Mapped polluted soil through Zhejiang Province, and provided the atlas to government for future planning.
RELATED COURSES
- Advanced Vector GIS
- Advanced Remote Sensing
- Python Programing
- Raster System Development (for TerrSet)
- Web GIS Development and application
- Advanced Raster GIS
- Landscape Ecology
- Cartography
- Geographical Database
- Geographic Modeling
PUBLICATION
- Liu, L., Zhou, Y., Ma, Z., Shi, Z., Fu, Z., . 2015, Multiple Source and Data Mining Techniques Based Regional Soil Organic Matter Digital Mapping, 19th Remote Sensing Conference in China, 3:922 - 927.
AWARDS & RECOGNITION
- Merit Fellowship, Clark University 2015 – 2017
- Excellent graduation paper in Jiangsu province, third prize 03/2016
- Second Prize of Renming Scholarship (Top 5 in class), Nanjing University Jinling College 2013 – 2014
- Excellent student (5 out of 40 in class), Nanjing University Jinling College 2012 - 2013