Utilize GIS technologies and tools to solve complex system problems. Leverage the full range of GIS capabilities to spatially analyze; quantify, discover patterns, and predict outcomes using a blend of proprietary and open sourced software to assist stakeholders in making comprehensive decisions.
In short - spatial analysis studies and solves (geo)locations problems using math in maps by blending geography with modern technology to measure, quantify, and understand the world or even a small fragment of the world and its systems.
What can I do for you?
By using GIS (Geographic Information Systems) to spatially analyze, I can quantify, find patterns, and predict outcomes. I then interpret the data to help you make informed decisions in the form of a full comprehensive report. My work consists of a repertoire of cartography created with real world spatial data including some of my favorites such as: 3D spatial renderings, data visualizations, surface prediction, space-time cubes, hexagonal binning, point-density, and various cartograms.
The following contents illustrates my work in GIS both academically nd professional experience.
Research Analyst | JLL | Feb 2022 to Present| Seattle, WA
Adjunct Professor - GIS | Seattle University |Winter Qtr |Jan 2022 - Mar 2022|
GIS Analyst | Kaart |Jul 2018 - Dec 2021| Seattle, WA
Municipal Solid Waste Consultant| Republic Services |2014 – 2017| Seattle, WA
Sustainability Coordinator| PayPal |2010 – 2013| Chandler, AZ
Sustainability Liaison| State Farm Inc|2008 - 2010| Tempe, AZ
Geospatial analytics framing a sustainable systems problem; plan and approach geodesign workflow; geodatabase development; complex system interrelationship analysis; and report/propose spatial-temporal systems recommendations.
2017 - 2019 Cohort
Arizona State University’s School of Sustainability is the first comprehensive degree-granting program of its kind in the United States, with a focus on finding real-world solutions to environmental, economic, and social challenge.
2014
中文和中国文化学-国际留学生
Chinese language and Chinese Cultural Studies -International exchange student 2013
This study intersects the City of Bothell map of Intact Habitats Cores and highly developed zones with layers of water flow, hazard areas, and other types of land use. It considers complex sustainable system interactions amongst surface water, natural habitats, and flood management issues.
Explore data in 3D - simulate different viewpoints and gain insight to visibility conditions by identifying suitable locations to assess the visual impact of potential new buildings on the wider cityscape; investigate sight lines between buildings from the city to mountain views.
Determine the top priority areas for topo-bathymetric data collection (hexagonal binning) given the background of scarce modern topo-bathy data and limited funding available for data collection.
Custom script tool aims to demonstrate impacted study areas from nuclear waste to visualize hazardous waste permeation & provide knowledgeable visual information regarding past, present, and future costs to the environment, economy, and human wellness.
Dot density (Heat Map) visualizing my contribution to the Open Street Map community for large scale client satisfaction including turn by turn navigation across the globe.
Sea level rise prediction to determine area landcover in Everett, WA that would be impacted by 1 meter (SLR), 5 meter (SLR) & 10 meter storm surge and how that would impact structures, transportation network, and wetlands.
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