CHI St Vincent Hot Springs·Hot Springs, Arkansas
The physicist is responsible for the performance specification, acceptance testing, and commissioning of medical equipment, as well as the calibration of radiation sources. They also develop and maintain quality assurance programs to ensure patient safety and accurate treatment delivery.
Where You’ll Work CHI St.
Vincent, a regional health network serving Arkansas, is part of CommonSpirit Health.
We have served Arkansas since 1888 with a history of many firsts.
Together with more than 4,500 coworkers, 1,000 medical staff, and 500 volunteers, we consistently receive praise for care advancements.
With more than 280 licensed beds, CHI St.
Vincent Hot Springs is a faith-based, not-for-profit organization serving the health care needs of Hot Springs, Ark., and surrounding communities.
CHI St.
Vincent Hot Springs and CHI St.
Vincent Infirmary in Little Rock are two of just over 400 Magnet hospitals nationwide and two of just four in Arkansas.
As a Magnet institution, CHI St.
Vincent Hot Springs achieved Magnet status for the first time on October 14, 2020 and employs the highest standards of quality and ensures that patient care and safety are the top priority.
Studies show that Magnet hospitals have better overall patient outcomes than non-Magnet hospitals.
CommonSpirit Health was formed by the alignment of Catholic Health Initiatives (CHI) and Dignity Health in 2019.
With our combined resources, CommonSpirit is committed to building healthy communities, advocating for those who are poor and vulnerable, and innovating how and where healing can happen, both inside our hospitals and out in the community.
CHI St.
Vincent provides you with the same level of care you provide to others.
We care about our team member well-being and offer benefits that complement and support your work/life balance Job Summary and Responsibilities As a Physicist, you will be a central figure responsible for conducting advanced research, developing innovative theories, and applying fundamental physics principles to solve complex scientific and technological challenges.
You will play a vital role in advancing knowledge and fostering discovery.Every day, you will meticulously design and execute experiments, collect and analyze complex data, develop and validate theoretical models, and present findings clearly.
You will also collaborate extensively with multidisciplinary teams, utilize advanced tools, and continuously strive to push boundaries in your specialized area.To be successful in this role, you will combine a Ph.D. in Physics or a related field, a proven track record of significant research, and exceptional analytical and problem-solving skills.
You will demonstrate a meticulous approach to scientific inquiry, strong communication, and thrive in a dynamic, intellectually stimulating environment dedicated to groundbreaking innovations.
Performance specification, acceptance testing, and commissioning of new equipment.
Calibration and characterization of radiation from therapeutic sources and machines and their physical properties and arrangements Development and maintenance of quality assurance programs for all treatment modalities, localization procedures, and computational equipment to assure that patients receive prescribed doses within acceptable degrees of accuracy.
Maintenance of all instrumentation required for calibration of sources, measurement of radiation and calibration of doses.
Maintains records of use of radionuclides for brachytherapy procedures.
Assembles and prepares brachytherapy applications and interstitial sources; loads and threads sources, as needed.
Returns sources to the storage area.
First-order maintenance of treatment units in conjunction with the service engineer.
Job Requirements Required Masters Other Medical Physics , upon hire and 3-5 years of clinical experience; and Experience with Linac-based SRS and SBRT; and Experience with Linear Accelerators, Aria, and Eclipse, and Completion of a CAMPEP-accredited medical physics residency.
Preferred Radiology Certified American Board of Radiology, upon hire
Candidates must hold a Master's degree in Medical Physics and have completed a CAMPEP-accredited residency program. Additionally, 3-5 years of clinical experience and proficiency with specific systems like Aria, Eclipse, and Linear Accelerators are required.
Market context
Physicist openings in Arkansas are typically tied to healthcare settings where clinical support and radiation safety are ongoing needs. These roles are competitive because employers often look for a CAMPEP-accredited residency, a master’s degree in medical physics, and hands-on experience with systems such as Aria, Eclipse, and linear accelerators. Review the AI-summarized requirements and benefits here to save time versus reading the full posting, then tailor your application to match the exact treatment-planning and clinical workflow tools named.
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