Thuy Trang Vo

Developing a downstream processing pipeline in Python for validation testing of Harmonized Landsat Sentinel. Participating in automation streamline for NASA’s Satellite Need Working Groups to gather satellite needs from federal agencies to develop a solution that could meet multiple needs across multiple agencies. Supporting NASA’s Airborne Data Management Group to maintain The Catalog of Archived

Structured and implemented a hydrologic information system (CUAHSI) to support decision-making in water management for the Saigon river basin. Collected and organized hydro-meteorological data from various sources to update and modify existing database systems. Conducted field surveys for validating Earth Observation satellite image classification to assess land cover change in the Thi Vai river a

Taught undergraduate-level remote sensing, covering theoretical concepts and leading lab sections. Provided guidance, graded assignments, and offered feedback for lab activities related to covered topics.

Validated cloud outputs of high-resolution convection-permitting reanalysis using satellite imagery. Evaluated the 40-year cloud trends of CONUS and the impacts of regional causes.

Supported the organization of graduate-level course content and structure for Geospatial Appliances. Taught some of the lectures at the beginning of the course.

Conducted urban climate research, focusing on urban effects on local clouds and tree canopy temperature. Implemented ECOSTRESS LST version 1 product and crowd-sourcing weather data to estimate spatial variations of tree canopy temperature. Developed modules in Python for crowd-sourcing Netatmo weather data and decoding cloud masks for Harmonized Landsat Sentinel-2 (HLS) version 1.4 dataset visuali

Developed and validated a greenery model based on semantic city models for thermal simulation and energy efficiencies using Python and PostgreSQL/PostGIS. Conceived and deployed ground-based observation networks using Arduino for climate data and model inputs. Implemented greenery model results into semantic 3D city models (CityGML) for data storage and exchange, performing model validation and se

Generated thematic maps using Geographic Information System (GIS). Applied the HYSPLIT model of NOAA for back-tracing water particles for a test site in the Mekong Delta, Vietnam.

Led lab sections for the undergraduate-level Environmental Earth Science course. Responsibilities included grading activities and providing support to students.

Grade: 3.6

Studied Tropical Hydrogeology and Environmental Engineering. Gained expertise in water resource management and environmental engineering principles relevant to tropical regions.

Grade: 3.2

Majored in Environmental Sciences with a minor in Environmental Informatics. Acquired foundational knowledge in environmental science and its application through informatics.

Grade: 3.93

Conducted urban climate research focusing on urban effects on local clouds and tree canopy temperature. Performed thermal satellite data pre- and post-processing (ECOSTRESS) for urban heat-related projects in U.S. cities. Implemented ECOSTRESS LST version 1 product and crowd-sourcing weather data to estimate spatial variations of tree canopy temperature.