Projects
The project portfolio is organized around reusable research systems rather than isolated demonstrations. Each project is intended to connect geographic evidence, simulation, language, and decision support.
Project architecture
Environmental Geoinformatics Core
Spatial data pipelines, GIS/remote-sensing integration, geospatial databases, reproducible analysis, and standardized environmental layers.
Ecological Simulation Engine
Landscape dynamics, salinity–livelihood interactions, cellular automata, ABM, system dynamics, and scenario comparison.
Vietnamese GeoNLP Layer
Place names, geographic entities, environmental documents, policy evidence, local knowledge, ontologies, and knowledge graphs.
WebGeo / WebGIS Runtime
Browser-native spatial interfaces, map services, spatial APIs, reproducible web workflows, and lightweight decision-support applications.
GeoAI & Spatial-Agent Layer
Spatial machine learning, graph reasoning, tool-using agents, geographic memory, and map-grounded reasoning.
Human–Environment Decision Support
Combine model outputs with expert interpretation, local knowledge, transparent evidence chains, and scenario-based planning.
Development logic
Projects should satisfy five requirements:
- Spatially explicit: every important variable has a geographic reference or scale.
- Evidence-linked: assumptions and outputs remain traceable to data or documented knowledge.
- Reproducible: workflows can be rerun and inspected.
- Interoperable: GIS, simulation, NLP, and AI components exchange structured data.
- Decision-oriented: outputs support comparison, interpretation, or action rather than visualization alone.
Current position
Department of Engineering and Technology
Vietnam National University Ho Chi Minh City – Campus in Ben Tre, Vinh Long, 930000, Vietnam