Medical Physicist Trainee in Virginia

Team Net Medical is seeking a motivated Medical Physicist Trainee in Virginia to join our radiation oncology team and gain supervised clinical experience in medical physics, quality assurance, radiation safety, treatment planning support, and day-to-day department operations.

• Assist with daily, monthly, and annual linear accelerator QA under supervision.
• Support patient-specific QA for IMRT, VMAT, SBRT, and SRS treatments.
• Assist with chart checks, physics documentation, and treatment plan review workflows.
• Participate in machine output checks, imaging QA, and equipment performance testing.
• Support commissioning, acceptance testing, and clinical implementation projects as assigned.
• Maintain accurate QA records, logs, and documentation in accordance with department protocols.
• Assist with radiation safety procedures, regulatory compliance, and survey readiness.
• Observe and support HDR, brachytherapy, special procedures, and advanced treatment workflows where applicable.
• Work collaboratively with physicists, dosimetrists, therapists, radiation oncologists, and administrative leadership.
• Complete assigned training modules, competencies, and supervised clinical tasks.

The ideal candidate will bring a strong technical foundation, attention to detail, and a commitment to developing clinical expertise in radiation oncology medical physics.

• Master's degree in medical physics, physics, or related field preferred.
• Strong analytical, technical, and problem-solving skills.
• Ability to work in a clinical environment with attention to accuracy, safety, and documentation.
• Strong communication skills and willingness to learn under direct supervision.Prior radiation oncology, dosimetry, QA, or treatment planning exposure preferred but not required.
• Interest in pursuing long-term advancement as a clinical medical physicist.

Preferred Qualifications:

• Experience with linear accelerator QA, treatment planning systems, imaging systems, or radiation oncology workflows.
• Familiarity with TG-142, TG-51, patient-specific QA, and radiation safety principles.