Now
Designing real-time AI systems that remain reliable under strict latency and hardware constraints.
FIRST-PRINCIPLES AI · RESEARCH TO DEPLOYMENT
I build AI systems where technical depth meets real-world consequence. I have taken models from research into applied settings, including real-time edge inference on portable devices and contributions to an FDA-cleared diagnostic product. My focus is general AI and computer vision: representation learning, multimodal sensing, edge optimization, and robust decision loops under constraint.
Designing real-time AI systems that remain reliable under strict latency and hardware constraints.
Representation learning, computer vision, edge optimization, data strategy, and end-to-end model ownership.
Building general AI systems that combine sensing, reasoning, and action in high-stakes environments.
Architecting scalable AI infrastructure, model-serving systems, and reliable deployment pipelines.
Built real-time edge AI for detection, tracking, and classification, and translated research into deployable clinical systems.
Developed deep learning pipelines for aerial perception and multispectral segmentation.
Built early 3D analysis and synthetic-data pipelines that later scaled into broader AI programs.
Proceedings of the IEEE/CVF International Conference on Computer Vision · 2022
Information Processing in Medical Imaging · 2022
2023 IEEE 20th International Symposium on Biomedical Imaging (ISBI) · 2022
Journal of the American Medical Informatics Association · 2020