I am a postdoctoral researcher at The Institute for Innovative Climate Solutions, where I focus on sustainable practices for ecosystems and resilience enhancement. I have cultivated a strong foundation in mathematics, biology, and engineering, which I have applied to complex ecological and data science problems. My work includes expertise in forest dynamics modeling, climate impact analysis, and big data integration. I have successfully optimized forest management strategies using predictive tools and advanced statistical methods, and I have developed scalable workflows for managing large, diverse datasets.

Throughout my career, I have worked on a variety of research projects, including studying chromosome differentiation in flies, analyzing disease dynamics in insects, and exploring plant-soil community patterns. I am skilled in developing simulation models to improve system dynamics analysis, and I have created innovative data processing tools to tackle bioinformatics and ecological challenges.