Lead Proton Therapy Faculty Medical Physicist

Proton Therapy; Rochester (MN); On-site; USD 137,000 - 280,000; Full time

Benefits offered by this job

Medical: Multiple plan options

Dental: Delta Dental or reimbursement

Vision: National network plan

Pre-Tax Savings: HSA/FSAs

Retirement: Competitive package

Job summary

Mayo Clinic in Rochester, Minnesota seeks a board-certified proton medical physicist to lead clinical and research activities in the Division of Medical Physics, Department of Radiation Oncology. The role emphasizes spot-scanning proton therapy, QA, and collaboration across a multidisciplinary team.

The candidate will contribute to educational activities, lead projects, and publish research while developing a research proposal (<1000 words) that aligns with clinical and innovation initiatives in proton therapy and associated technologies.

Qualifications

• Ph.D. and board certification; CAMPEP residency preferred.
• Experience in spot-scanning proton/particle therapy.
• Experience in proton adaptive therapy or proton treatment planning.
• Demonstrated ability to lead groups or projects and collaborate across teams.

Responsibilities

• Lead groups or projects in spot-scanning proton/particle therapy and QA development.
• Provide clinical coverage for proton therapy and participate in education.
• Publish peer-reviewed research and contribute to research initiatives.
• Submit a brief research proposal outlining interests, goals and collaboration plans.

Skills

spot-scanning proton therapy

proton adaptive therapy

proton treatment planning

leadership

Education

Ph.D. in Medical Physics (CAMPEP)

Job description

Mayo Clinic in Rochester, Minnesota seeks a board-certified proton medical physicist to lead clinical and research activities in the Division of Medical Physics, Department of Radiation Oncology. The role emphasizes spot-scanning proton therapy, QA, and collaboration across a multidisciplinary team.

The candidate will contribute to educational activities, lead projects, and publish research while developing a research proposal (<1000 words) that aligns with clinical and innovation initiatives in proton therapy and associated technologies.