Medical Imaging AI
Robust and interpretable methods for X-ray analysis, disease localization, segmentation, and uncertainty-aware clinical AI.
I build research-driven AI systems at the intersection of computer vision, medical imaging, explainable AI, and engineering software. My work combines scientific research with real-world product development, with a focus on trustworthy AI, visual intelligence, and deployable tools for healthcare applications.
Exploring key domains to advance AI for real-world impact.
Robust and interpretable methods for X-ray analysis, disease localization, segmentation, and uncertainty-aware clinical AI.
Weak supervision, visual explanations, temporal modeling, and next-generation vision systems for complex problems.
Interpretable and trustworthy AI models, especially in high-stakes domains such as healthcare.
Practical AI software that connects experiments, model outputs, and deployable workflows.
Selected research and development projects.
I am a researcher and software engineer working in artificial intelligence, computer vision, medical imaging, explainable AI, and research software systems.
My work focuses on building trustworthy and deployable AI systems that connect scientific research with practical impact.
I am always interested in research collaborations, interdisciplinary projects, and opportunities that combine scientific rigor, software engineering, and real-world impact.