My research spans across clinical, computational, and educational dimensions of medical physics, and can be broadly categorized into the following three areas:
1. Radiation Dosimetry and Treatment Planning Optimization
Focused on enhancing precision and safety of radiotherapy through Monte Carlo simulations.
2. Radiation Protection and Safety
Dedicated to improving radiation safety standards via the establishment of Diagnostic Reference Levels (DRLs).
3. Medical Physics Education
Committed to advancing education and research capacity through curriculum development, clinical training program design, and preclinical research tailored for resource-limited environments.
Other research interests include Dose Calculation for Preclinical Radiobiology Experiments: Exploring the accuracy and precision of dose calculations for preclinical radiobiology experiments, particularly with X-ray tubes, to improve experimental protocols and radiation safety.