I have extensive experience with Intensity-Modulated Radiation Therapy (IMRT) and Stereotactic Body Radiation Therapy (SBRT). In my previous role, I routinely planned and delivered IMRT treatments for complex cases, ensuring precise dose distribution. For SBRT, I collaborated with oncologists to treat small tumors with high-dose radiation, requiring meticulous patient positioning and imaging. My expertise includes using advanced software for treatment planning and ensuring patient safety through rigorous quality assurance protocols.

Patient safety and accuracy are my top priorities. I adhere to strict protocols, including double-checking treatment plans, verifying patient identity, and confirming machine settings. I use imaging techniques like cone-beam CT to ensure precise targeting and monitor patients closely during treatment. Additionally, I maintain open communication with patients to address concerns and ensure they understand the process. Regular quality assurance checks on equipment and collaboration with the oncology team further enhance safety and accuracy.

I approach anxious patients with empathy and clear communication. I take time to explain the procedure, addressing their concerns and answering questions to alleviate fears. For challenging cases, I use calming techniques, such as guided breathing or distraction methods, and ensure they feel supported throughout the process. Building trust and rapport is key, and I always prioritize their comfort while maintaining treatment accuracy. My goal is to create a positive experience while delivering effective care.

I stay current by attending professional conferences, participating in webinars, and reading peer-reviewed journals. I also engage in continuing education courses to learn about new technologies and techniques. Networking with colleagues and joining professional organizations, such as the American Society for Radiation Oncology (ASTRO), helps me exchange knowledge and stay informed. This commitment ensures I provide the most effective and up-to-date treatments for my patients.

During a treatment session, the linear accelerator malfunctioned, causing a delay. I quickly assessed the issue, identified a software glitch, and contacted the biomedical engineering team for support. Meanwhile, I reassured the patient and rescheduled their session to minimize disruption. After the issue was resolved, I conducted thorough quality assurance tests to ensure the machine was functioning correctly. This experience reinforced the importance of preparedness and effective communication in maintaining patient trust and safety.