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Resume (English only)
Academic Achievements
Developed a series of models for automatic sleep stage scoring using raw, single-channel EEG, including DeepSleepNet and TinySleepNet, and introduced a method for quantifying the transferability of sleep stage scoring models; Aiming to develop deep learning models capable of detecting brain conditions directly from CT scans; Designed MosquitoSong+, a new deep learning model that identifies the species and sex of mosquitoes robustly against environmental noise; Developed a platform to automatically extract blink dynamics from high-frame-rate videos; Developing and testing a federated learning platform for collaborative learning across multiple institutions while preserving data privacy; Collaborating on an end-to-end deep learning model for asteroid detection.
Research Experience
Assistant Professor at the Faculty of ICT, Mahidol University, 2022-current; Instructor at the Faculty of ICT, Mahidol University, 2018-2022. Engaged in multiple research projects including advancing sleep stage scoring with deep learning, developing deep learning models for brain CT classification, creating a noise-robust mosquito species and sex classification model, quantifying and tracking objective blinking parameters, establishing a federated learning platform for medical imaging analysis, and working on deep learning for asteroid detection in sky exposures.
Education
Doctor of Philosophy (Ph.D.), Computing Research, Imperial College London, 2013-2018.
Background
My research focuses on biomedical informatics and deep learning, especially training models with limited data and resources for medical image and signal analysis.