I have extensive experience with various radiation therapy equipment, including linear accelerators and CT simulators. I am well-versed in safety protocols, having completed multiple radiation safety courses and regularly participated in safety drills. My role often involves calibrating equipment and ensuring that all staff and patients adhere to safety guidelines to prevent exposure risks.

I handle the calibration and maintenance of medical imaging devices by following a strict schedule and using specialized tools and software. I document all calibration activities and maintain detailed logs to track performance and identify any trends that may require attention. Regular maintenance is crucial to ensure accurate imaging and patient safety.

To ensure patient comfort and reduce anxiety, I take the time to explain each step of the procedure in simple terms and address any concerns they may have. I also ensure that the environment is calm and supportive, using techniques such as soft lighting and calming music. Building a rapport with the patient helps to create a more relaxed atmosphere.

I stay updated with the latest advancements in medical physics by regularly attending conferences, webinars, and workshops. I also subscribe to leading journals and participate in online forums where experts discuss new technologies and methodologies. This continuous learning ensures that I can apply the most current practices in my work.

In the treatment planning process for radiation therapy, my role involves assisting in the creation of detailed treatment plans using specialized software. I work closely with the medical physicist to ensure that the plans are accurate and tailored to each patient's specific needs. This includes inputting patient data, simulating treatment scenarios, and verifying the accuracy of the plans before they are implemented.