Data Science Research Fellow
Vancouver, British Columbia, Canada
• Developed a CNN and an LSTM network model, using MODIS satellite data from 2000 to 2022, to predict plant blooming onset, achieved 19% improvement in prediction accuracy over the National Phenology Network’s First Bloom Index.• Integrated MODIS land cover classification, PRISM climate data, and geographical properties datasets with TensorFlow and scikit-learn, resulting in a 13.7% increase in the model’s generalization ability across diverse ecological regions and plant species.• Implemented transfer learning, spatial convolution, and hyperparameter tuning with GridSearchCV and RandomizedSearchCV, reducing the prediction error margin by 37% and setting a new baseline for remote sensing-based phenological predictions.• Led a multidisciplinary team (meteorological physicists, biologists, etc.) to process large-scale satellite data with AWS SageMaker. Presented at U of Washinton DSSG 2022, my model’s 22.3% improvement over benchmarks attracted top researchers’ interest.