SUMMARY
Collaboration between doctors, medical physicists, and engineers is essential in the design and development of medical equipment, particularly in the context of real-time MRI for Image-Guided Radiation Therapy (IGRT). While engineers primarily handle the technical aspects, doctors and medical physicists contribute significantly to creating user-friendly workflows and quality assurance tools. The discussion highlights that medical physicists in the U.S. are primarily involved in treatment rather than equipment design, yet their input remains valuable in clinical settings. The presence of medical professionals on advisory boards further emphasizes the importance of interdisciplinary collaboration in medical device development.
PREREQUISITES
- Understanding of medical physics and its role in treatment.
- Familiarity with medical device development processes.
- Knowledge of quality assurance (QA) practices in medical technology.
- Awareness of Image-Guided Radiation Therapy (IGRT) principles.
NEXT STEPS
- Research the role of medical physicists in clinical settings.
- Explore the design processes of medical devices, focusing on collaboration between disciplines.
- Learn about quality assurance tools used in medical equipment development.
- Investigate the impact of real-time MRI technology on radiation therapy outcomes.
USEFUL FOR
Medical professionals, biomedical engineers, and anyone involved in the development and implementation of medical technologies, particularly those interested in the intersection of medicine and engineering.