Contemporary medicine demands tools that translate biological complexity into precise, patient-specific care. My research advances this goal by developing technologies that integrate optical imaging, spectroscopy, nanotechnology, and data science to improve diagnostics, therapeutic monitoring, and clinical decision-making. In cancer, I have contributed to platforms for real-time surgical guidance, optical spectroscopy platforms for monitoring therapeutic efficacy, and nanosensors for real-time in vivo molecular profiling. In transfusion medicine, I have supported analyses of antibody responses, adverse events, and blood utilization patterns. Together, these efforts reflect a vision of functional precision medicine—where biologically responsive diagnostics and data-driven insights enable more effective and equitable care. As a physician-scientist, I aim to create translational tools that uncover new biological understanding, inform clinical strategies, and ultimately improve outcomes for diverse patient populations.