About Me
Iām a Machine Learning Engineer and Computational Systems Biology researcher building scalable, high-impact intelligent systems at the intersection of deep learning, graph modeling, and scRNA-seq, with hands-on experience in PyTorch, Transformers, and GNNs. I built DeepOMAPNet, a multimodal framework that predicts surface protein expression from RNA using kNN cell graphs, Graph Attention Networks, and Transformer-based fusion, enhanced with cross-modal attention, graph positional encoding, and efficiency optimizations like sparsification and mixed precision to scale training and inference. I also develop end-to-end pipelines for AML subtype classification and build hybrid mechanistic + learning models (e.g., UDEs) to study drug response and resistance, with a focus on delivering reliable, interpretable, real-world impact.
GitHub Projects
Open source projects and repositories showcasing my development work
Skills & Technologies
Technologies and tools I work with to bring ideas to life.
Frontend
Backend
AI/ML Tools
Research
Achievements & Recognition
Milestones and accomplishments in my career journey
MaineHealth Innovation Lab Demo Day Invitation
MaineHealth Innovation
Invited as a distinguished guest and innovation expert to provide constructive feedback and mentorship at the Spring Innovation Cohort Demo Day. Recognized for expertise in innovation and pitching, bringing diversity of thought to healthcare innovation solutions.
ICSB 2024 Conference Poster Presentation
International Conference on Systems Biology
Presented research on 'DeepOMAPNet: Multimodal Graph-based Prediction of Surface Proteins' at the International Conference on Systems Biology 2024. Engaged with the global systems biology community to discuss AI applications in multi-omics.

