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level therapist. The treatment planning system was populated with a variety of anatomical<br />
disease sites for students to plan, including head and neck, gastrointestinal, breast,<br />
genitourinary, CNS and lung cases to plan. Previously, students would schedule sessions to<br />
collaborate with their peers while creating plans in the treatment planning classroom. This<br />
collaboration fostered teamwork and communication skills as they worked in a similar fashion<br />
as therapists in a dosimetry department. Each student received a case scenario with most<br />
treatment volume contours completed. They would create organs at risk (OAR) contours and<br />
design the appropriate beam geometry to complete an optimized plan. Using clinically based<br />
protocols each student could compare their plans to an acceptable one.<br />
Students then met individually with the faculty on a weekly basis, in the virtual environment,<br />
to present their plan and discuss rationale for their decision-making process. The Plan reviews<br />
assessed the student’s competence in dosimetry. Plans were optimized to satisfy clinical<br />
protocols while integrating knowledge from each of the courses across the program. Students<br />
had an opportunity to share strengths and challenges encountered during the planning<br />
process, and to receive faculty guidance. The assessment was based on the entry-to-practice<br />
benchmark since the program faculty were signing off on dosimetry competencies from the<br />
national competency profile.<br />
The students and faculty were no longer able to meet in the treatment planning classroom.<br />
The faculty searched for a solution where the students could still create optimized plans,<br />
participate in plan reviews, and demonstrate competencies. The program was able to<br />
accommodate remote access to the treatment planning system for all students to enable<br />
them to work on their weekly plan activity. There were many technical challenges as part of<br />
this process including students’ technical computer requirements being compatible with the<br />
treatment planning software. Michener’s information management team and program<br />
faculty collaborated to ensure minimum impact to the students. In addition, we created an<br />
online centralized collaboration forum to allow students to work together. Blackboard<br />
Collaborate was the platform of choice for virtual interactions and allowed us to create<br />
separate rooms for the student presentations at plan review. In the private room, the student<br />
shared their treatment planning screen during the discussion and faculty used Socratic<br />
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