I am a medical imaging specialist with over 12 years of experience in clinical research, advanced imaging technologies, and quantitative imaging analysis. I hold a Master’s degree in Medical Radiation Engineering and have a strong technical background in MRI, CT, and AI-based imaging solutions. Throughout my career, I have led and contributed to interdisciplinary research projects, including tumor modeling and dynamic contrast-enhanced MRI studies in collaboration with Henry Ford Hospital.
My recent work has focused on deep learning, machine learning, image reconstruction, and Monte Carlo simulation methods to support radiation dose assessment and the optimization of imaging systems. I am particularly passionate about advancing imaging technologies that enhance diagnostic accuracy and patient safety. With a strong commitment to innovation in computational imaging physics, I am eager to pursue a PhD focused on optimizing medical imaging systems, quantitative imaging, and targeted radionuclide therapy.
