Medical Physics graduate with hands-on experience in quality assurance procedures and linear accelerator operation. Graduate research focused on Monte Carlo simulations and diode correction factors to enhance electron beam dosimetry. Motivated to apply skills in clinical and research settings to advance cancer treatment and patient safety.
• Commissioned electron blocks and developed diode correction factors using Monaco TPS (Monte Carlo simulations) on an Elekta Versa HD Linac
• Performed ion chamber and diode measurements across 6–15 MeV electron energies to validate dose accuracy
• Optimized Monte Carlo grid size and histories to balance computational efficiency and accuracy
• Outcome: Improved workflow efficiency and ensured accurate, clinically reliable electron beam treatment planning
• Assisted with comprehensive daily, monthly, and annual QA procedures
• Observed and assisted in High-Dose-Rate (HDR) brachytherapy procedures
• Supported QA source exchange calibrations for HDR systems
• Participated in Linear Accelerator (Linac) operation and quality assurance
• Contributed to the review of IMRT and IGRT treatment plans under supervision
• Contributed to TrueBeam Linear Accelerator commissioning activity
• Assisted in executing monthly QA protocols
• Supported advanced Linac operation and QA tasks under supervision
• Planned, conducted, and supported experiments
• Recorded, analyzed, and presented scientific data
• Prepared reports and summaries
• Managed samples, equipment calibration, and inventory