What You Will Do- This is a fully remote position, excluding the 90 day probationary period from date of hire.
- Upon satisfactory completion of the first 90 days, the dosimetrist will switch to a fully remote model.
- The dosimetrist must continue to demonstrate ability to perform all job duties effectively when working remotely in order to remain in a fully remote model.
- The dosimetrist must participate in remote teaching for all trainees in the department. Trainees include dosimetry students, physician residents, therapy students, and physics residents.
- The dosimetrist must participate in, and present at the educational seminars in the department.
- The dosimetrist must present treatment plans in chart rounds for all UH locations, and be part of a regular chart rounds schedule rotation. If unable to present remotely due to remote setup concerns, must commit to being available onsite for chart rounds on days assigned.
- The dosimetrist will be part of the general treatment planning pool.
- The dosimetrist must commit to a fixed schedule and be available during scheduled hours via the department’s preferred method of contact (instant messaging system). Fixed schedule must be within standard clinic hours.
- The dosimetrist must participate in development of documented policies and procedures as assigned by chief dosimetrist or chief physicist, and under the guidance of the clinical operations team
- The dosimetrist will be required to perform all standard dosimetry responsibilities as listed below:
• Participate in development of documented policies and procedures for dosimetry, under the guidance of the clinical operations team
• Design radiation treatment plans including 3D conformal, intensity modulated radiotherapy (IMRT), volumetric modulated arc (VMAT), stereotactic body radiotherapy (SBRT) to deliver precise radiation doses with optimal beam geometry.
• Identify and contour normal and dose-limiting structures by utilizing images from one or more image sets.
• Create and transfer reference images and localization marks for patient setup verification and treatment delivery.
• Assist with patient simulation to determine optimal patient positioning for planning as needed, and verify machine and patient clearance.
• Perform image fusions between different image sets per instruction and guidance from the physician and physicist
• Transfer images from the Radiology PACS system to the treatment planning or image processing system
• Perform secondary calculations to ensure accurate delivery of the prescribed radiation dose
• Document all pertinent information in various electronic systems including the record and verify system, and the electronic medical record (EMR) system, following department standards.
Additional Responsibilities- Performs other duties as assigned.
- Complies with all policies and standards.
- For specific duties and responsibilities, refer to documentation provided by the department during orientation.
- Must abide by all requirements to safely and securely maintain Protected Health Information (PHI) for our patients. Annual training, the UH Code of Conduct and UH policies and procedures are in place to address appropriate use of PHI in the workplace.
%3Cb%3EEducation%3C/b%3E%3C/br%3E%3Cul%3E%3Cli%3E Graduate of hospital or university affiliated formal dosimetry program (Required) or %3C/li%3E%3Cli%3EBachelor%27s Degree (Required) or %3C/li%3E%3Cli%3EBachelor%27s Degree in physical or biological science with 2 years dosimetry experience (Required) or %3C/li%3E%3Cli%3EBachelor%27s Degree in unrelated field with 4 years of dosimetry experience. (Required) %3C/li%3E%3C/ul%3E%3Cb%3EWork Experience%3C/b%3E%3C/br%3E%3Cul%3E%3Cli%3E Experience with Pinnacle, Mosaiq, MIM, Varian and Elekta linacs, as well as secondary dose calculation software such as RadCalc (Preferred) and %3C/li%3E%3Cli%3E Experience with record and verify systems such as Mosaiq or ARIA (Required) and %3C/li%3E%3Cli%3E Experience with electronic medical records (EMR) (Required) and %3C/li%3E%3Cli%3E Experience in using computers, remote access software, etc. (Required) %3C/li%3E%3C/ul%3E%3Cb%3EKnowledge, Skills, %26amp; Abilities%3C/b%3E%3C/br%3E%3Cul%3E%3Cli%3E In-depth knowledge and understanding of current radiation therapy principles, methods, procedures and planning techniques including 2D, 3D, IMRT, VMAT, and SBRT. (Required proficiency) %3C/li%3E%3Cli%3E Proficient in use of commercially available treatment planning systems (Required proficiency) %3C/li%3E%3Cli%3E Knowledge of linear accelerators, simulator, and CT scanners (Required proficiency) %3C/li%3E%3C/ul%3E%3Cb%3ELicenses and Certifications%3C/b%3E%3C/br%3E%3Cul%3E%3Cli%3ECertified Medical Dosimetrist (CMD) From the Medical Dosimetry Certification Board (MDCB) (Required) and %3C/li%3E%3Cli%3ERegistered Technologist Radiography (ARRT-R) with on-the-job training for treatment planning equaling 2 years of dosimetry (Required) %3C/li%3E%3Cli%3E From the Medical Dosimetry Certification Board (MDCB) (Required) and %3C/li%3E%3Cli%3E with on-the-job training for treatment planning equaling 2 years of dosimetry (Required) %3C/li%3E%3C/ul%3E%3Cb%3EPhysical Demands%3C/b%3E%3C/br%3E%3Cul%3E%3Cli%3EStanding Frequently %3C/li%3E%3Cli%3EWalking Frequently %3C/li%3E%3Cli%3ESitting Rarely %3C/li%3E%3Cli%3ELifting Frequently 50 lbs %3C/li%3E%3Cli%3ECarrying Frequently 50 lbs %3C/li%3E%3Cli%3EPushing Frequently 50 lbs %3C/li%3E%3Cli%3EPulling Frequently 50 lbs %3C/li%3E%3Cli%3EClimbing Occasionally 50 lbs %3C/li%3E%3Cli%3EBalancing Occasionally %3C/li%3E%3Cli%3EStooping Frequently %3C/li%3E%3Cli%3EKneeling Frequently %3C/li%3E%3Cli%3ECrouching Frequently %3C/li%3E%3Cli%3ECrawling Occasionally %3C/li%3E%3Cli%3EReaching Frequently %3C/li%3E%3Cli%3EHandling Frequently %3C/li%3E%3Cli%3EGrasping Frequently %3C/li%3E%3Cli%3EFeeling Constantly %3C/li%3E%3Cli%3ETalking Constantly %3C/li%3E%3Cli%3EHearing Constantly %3C/li%3E%3Cli%3ERepetitive Motions Constantly %3C/li%3E%3Cli%3EEye/Hand/Foot Coordination Constantly %3C/li%3E%3C/ul%3E%3Cb%3ETravel Requirements%3C/b%3E%3C/br%3E%3Cul%3E%3Cli%3E10% %3C/li%3E%3C/ul%3E