PhD Candidate in Computer Science, UT Arlington
I build machine learning systems for medical imaging and healthcare AI, and the software around them: PyTorch pipelines for large-scale brain MRI, multimodal LLM post-training, agent-based clinical tools and speech systems.
- Research. First-author ISBI 2026 orals on cortical folding networks (Gyral-Sulcal-Net; Deep-GyralNet, 96.4 F1 and 237 s → 14 s per subject); co-author at NeurIPS, AAAI and MICCAI and of RadQNLI, a 9,838-pair radiology NLI benchmark (IEEE Transactions on Big Data, co-first). 1,000+ citations, h-index 11.
- LLMs and agents. CPT → SFT → RL post-training of Qwen2.5-VL-32B with Megatron-LM, verl and vLLM, lifting image-based math accuracy by up to 20%; a LangGraph five-agent clinical decision-support system with GraphRAG retrieval, PHI de-identification and ICD-10 coding.
- Engineering. Full-stack SDE intern at GyriQAI (2025–2026): LLM-powered automation across 5 platforms and 20+ fault-tolerant data pipelines on AWS Lambda and Docker, covered by 160+ pytest tests.
- Speech. Preference alignment for flow-matching TTS, vLLM vs TensorRT-LLM on a TTS backbone, open-weight TTS/ASR serving on AWS, and local ASR with speaker separation (entries below).
Open to full-time software engineer, machine learning engineer, data scientist and research scientist roles from January 2027; based in Dallas–Fort Worth, open to on-site, hybrid or remote. Papers with figures and summaries are on publications; CV, résumé and email on contact.