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Providence Cancer Institute

Medical Physics Residency

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Curriculum

Make this page concrete: rotations, durations, responsibilities, and competencies. “Top” programs are explicit about how residents progress and how they’re evaluated.

Facility illustration

Rotations

Two years, structured into focused blocks

Orientation & safety fundamentals · 4 weeks

Radiation safety, clinical workflows, documentation standards, and baseline QA competencies.

External beam planning I · 8 weeks

Contouring workflows, plan evaluation, dose constraints, and plan QA fundamentals.

External beam planning II · 8 weeks

Complex planning (IMRT/VMAT), optimization strategies, and multidisciplinary case review.

Image guidance & localization · 6 weeks

CBCT workflows, immobilization, setup uncertainty, and imaging QA.

SRS/SBRT · 6 weeks

End-to-end testing, small-field dosimetry considerations, and high-precision QA.

Brachytherapy (HDR/LDR as applicable) · 6 weeks

Source calibration checks, workflow support, planning, and procedure-day physics.

Machine QA & acceptance · 8 weeks

Commissioning concepts, routine QA, tolerance/action levels, and troubleshooting.

Special procedures · 6 weeks

TBI/TSET (if available), gated treatments, motion management, and unusual clinical setups.

Clinical informatics · 6 weeks

Data integrity, scripting/automation basics, chart checks, and quality improvement.

Clinical development rotation · 12 weeks

Project-based rotation: implement or improve a clinical workflow, protocol, or technology with measurable outcomes.

Didactics

Didactic + clinical integration

Weekly rhythm (example)

  • Clinical service with supervised responsibility
  • 1–2 hours/week structured didactics (physics + clinical)
  • Case conference / chart rounds participation
  • Independent reading + competency checkoffs

Competency model

Consider publishing a “skills ladder”: what you can do independently by Month 3, Month 6, Year 1 end, and graduation. Applicants love clarity.

Projects

Clinical development rotation

What makes this feel top-tier

  • Residents implement something real (protocol, automation, QA tool).
  • Success metrics: time saved, error reduction, adoption rate, QA outcomes.
  • Documentation and dissemination: internal standard work + publishable abstract/paper.

Transparency

What else to add (recommended)

Clinical scope

  • Treatment sites and annual case mix (verified numbers).
  • Machine inventory and planning systems (kept updated).
  • On-call responsibilities (if any) and weekend expectations.

Resident experience

  • Protected learning time and wellness policy.
  • Stipend, benefits, parking, moving support.
  • Conference support (AAPM, ASTRO) and education funds.