Research Lab

PRECISION Lab

Physics Research in Computational Imaging, Simulation, and Innovation for Oncology

— A future initiative… Coming soon. But here is the vision —

Lab Overview:

The PRECISION Lab is a multidisciplinary research hub dedicated to advancing radiation-based medical technologies through computational physics, simulation, and innovation. Rooted in the principles of medical physics and biomedical engineering, the lab focuses on improving the accuracy, safety, and personalization of cancer diagnosis and treatment—particularly in radiotherapy and diagnostic imaging.

Mission Statement:

To enhance patient outcomes in oncology through cutting-edge research in computational dosimetry, imaging physics, and simulation-based innovation, with a strong emphasis on translational research that bridges the gap between theoretical models and clinical applications.

Core Research Themes:

1. Radiation Dosimetry and Protection:

2. Simulation and Modelling in Radiotherapy:

3. Computational Imaging for Oncology:

4. Technology-Enhanced Learning and Training:
   
   

Long-term Vision:

To become a regional center of excellence in computational medical physics and radiation oncology research, driving innovation in cancer care through rigorous science, inclusive training, and evidence-based policy development.