Bridging Medicine & Physics through Computational Science & Software Engineering
I am a passionate Medical Physicist and Software Engineer with a strong foundation in both physics and clinical medicine. My goal is to develop robust, data‑driven tools that improve patient care, optimize diagnostic workflows, and advance translational research. I thrive at the intersection of theory and practice, constantly exploring new ways to harness physics principles in medical imaging, radiation therapy planning, and biomedical signal analysis.
A GPU‑accelerated tool that estimates patient‑specific radiation doses for CT protocols, integrating Monte‑Carlo simulations with machine‑learning surrogates.
Extraction of quantitative imaging biomarkers from PET/CT scans and subsequent predictive modeling for treatment response in oncology.
Simulation of particle interactions for educational visualization, built in C++ with OpenGL and Python bindings.