Driven by challenges, fueled by creativity, grounded in science.

I’ve more than 10 years of experience working in research laboratories and academia.

    1. Research Associate, San José State University, USA

      As a Research Associate, I lead end-to-end data and modeling projects that integrate multi-scale environmental systems, from land ecosystem outputs (CARDAMOM) to global ocean biogeochemistry and physics (ECCO-Darwin). I design, implement, and maintain scalable data pipelines that transform complex, high-resolution datasets into actionable insights, enabling the quantification of carbon and nutrient fluxes across the land–ocean continuum. By coordinating statistical modeling, geospatial analysis, and machine-learning workflows, I deliver robust climate diagnostics that support national-scale carbon budgeting and inform data-driven climate resilience and carbon dioxide removal strategies. Supported by following programs:

      • NASA Carbon Monitoring System
      • NASA Interdisciplinary Research in Earth Science
      • NASA Coastal Resilience
      • NASA FORTE Science Team

    1. Postdoctoral Scientist, NASA Jet Propulsion Laboratory, USA

      At NASA JPL, I led a modeling integration effort to incorporate riverine biogeochemical fluxes into the ECCO-Darwin global ocean model, closing a key gap in land–ocean system representation. I managed the end-to-end integration of multi-source observational datasets with high-resolution ocean simulations, developing scalable data pipelines and optimized model–data coupling workflows. This work enabled large-scale analyses of terrestrial carbon and nutrient impacts on ocean biogeochemistry, directly improving coastal and open-ocean carbon budget assessments and informing Earth system climate analyses. Supported by following programs:

      • NASA Carbon Monitoring System
      • ECCO-Darwin
      • NASA Land Cover and Land Use Change

    1. Postdoctoral Scientist, La Rochelle Université, France

      At La Rochelle Université, I led an interdisciplinary research project on benthic microalgal productivity across intertidal mudflats, coordinating hydrodynamic modeling (MARS-3D), remote sensing, and biogeochemical datasets. I designed and managed data integration and analysis workflows to assess how light availability, tidal dynamics, and temperature drive primary production and sediment processes. Through long-term time-series analyses, I delivered climate-impact assessments on benthic productivity and land–ocean carbon exchange, contributing to peer-reviewed interdisciplinary publications and advancing coastal ecosystem management insights. Supported by following programs:

      • Centre National d’Etudes Spatiales-Centre National de la Recherche Scientifique LEFE-EC2CO
      • CPER-FEDER

    1. Graduate Researcher, La Rochelle Université, France

      During my PhD, I owned the end-to-end development of a coupled physical–biogeochemical modeling project to quantify benthic microalgal productivity and carbon cycling in temperate estuaries. I designed and implemented an integrated modeling framework linking light availability, hydrodynamics, and ecosystem metabolism, coordinating satellite observations with in-situ measurements. Through structured spatial and temporal analyses, I delivered quantitative assessments of the drivers of benthic productivity and established a scalable foundation for representing land–ocean carbon connections in larger Earth system models. This work combined remote sensing, statistical modeling, and field data to produce interdisciplinary research outputs. Supported by following programs:

      • Centre National d’Etudes Spatiales-Centre National de la Recherche Scientifique LEFE-EC2CO
      • CPER-FEDER
      • GIP Seine-Aval PHARESEE