I have extensive experience in radiation therapy planning and dosimetry, having worked on various treatment planning systems. I have conducted dose calculations, optimized treatment plans, and ensured accuracy in patient-specific dosimetry. My role involves collaborating with radiation oncologists to tailor treatment plans to individual patient needs, ensuring that the prescribed dose is delivered safely and effectively.

I ensure the quality and safety of radiation therapy equipment through regular quality assurance (QA) procedures. This includes performing routine checks, calibrations, and testing of linear accelerators, simulators, and other radiation delivery systems. I also participate in peer reviews and maintain detailed QA records to ensure compliance with regulatory standards and to minimize the risk of equipment-related errors.

To stay current with advancements in medical physics, I regularly attend conferences, workshops, and seminars. I also engage in continuous education by taking relevant courses and reading scientific journals. Additionally, I participate in professional organizations and collaborate with peers to discuss new techniques and technologies. This proactive approach ensures that I am well-informed about the latest developments and can apply them effectively in my practice.

My role in patient safety during radiation therapy involves several key responsibilities. I ensure that treatment plans are accurate and tailored to the patient's specific needs. I also monitor and verify the delivery of radiation doses to prevent overdosing or underdosing. Additionally, I conduct regular QA checks on equipment to minimize the risk of technical errors. By maintaining meticulous records and collaborating closely with the treatment team, I help ensure that patients receive safe and effective care.

When unexpected technical issues arise during radiation therapy, I follow a systematic approach to resolve them promptly. I first assess the nature of the problem and consult with the technical team to identify potential causes. I then implement corrective actions, which may involve recalibrating equipment, adjusting treatment parameters, or using backup systems. Throughout the process, I maintain clear communication with the treatment team and document all actions taken to prevent recurrence and ensure patient safety.