Radiology Technologist - Indian Health Service - Locum 1 year Contract
This position is in Supai, Arizona for Indian Health Services
Location : Supai Health Station, Grand Canyon, AZ
Job Overview :
The Indian Health Service (IHS) is seeking a highly qualified Diagnostic Radiologic Technologist to join the Colorado River Service Unit (CRSU), specifically at the Supai Health Station located at the bottom of the Grand Canyon, Arizona.
This unique and challenging position offers the opportunity to provide vital radiologic services to the Havasupai community, which is only accessible by helicopter, mule, or on foot.
The Supai Health Station is part of a broader network that includes facilities across Arizona, California, and Nevada, serving over 13,000 tribal members and other Native American communities.
Key Responsibilities :
Diagnostic Imaging : Perform diagnostic radiologic procedures using advanced equipment, including Shimadzu RADspeed diagnostic room, Canon Acquillion CT, portable MOBILEART equipment, and teleradiology systems.
Patient Care : Independently conduct standard and specialized radiographic exams, positioning patients, adjusting techniques, and ensuring high-quality imaging for accurate diagnosis.
Handle complex cases with critically ill or injured patients, modifying procedures as necessary.
Collaboration : Work closely with remote radiologists to establish requirements for nonstandard examinations, determine technical factors, and ensure that all necessary images are obtained.
System Management : Utilize and manage the Resource Patient Management System (RPMS) for processing patient x-ray orders and documenting results.
Maintain accurate records of all radiographic procedures and patient interactions.
Radiation Safety : Ensure compliance with radiation protection standards, employing necessary safeguards to minimize exposure for patients and staff.
Emergency Response : Provide after-hours care when necessary, coordinating with air transport services for urgent patient transfers to the nearest receiving facility for further treatment.
Qualifications :
Experience : Minimum of 1 year of Radiology experience.
Certification : Must be certified by the American Registry of Radiologic Technologists (ARRT).
Basic Life Support (BLS) : Current certification required.
Driver's License : Must have an active and valid state driver's license.
Technical Skills : Proficiency in operating radiology equipment, including digital radiography, CT scanning, and teleradiology.
Familiarity with the RPMS is essential.
Patient Care : Ability to assess patient needs and provide age-appropriate care, particularly for neonatal, pediatric, adolescent, and geriatric populations.
Adaptability : Capable of working in a remote, isolated environment with limited resources and the ability to handle stressful situations tactfully.
Work Schedule : Standard Hours :
Standard Hours :
Monday, Tuesday, Wednesday, Friday : 8 AM - 12 PM & 1 PM - 5 PM
Thursday : 10 AM - 12 PM & 1 PM - 5 PM
Flexibility : Due to the remote location and the unique needs of the patient population, shift times and schedules may change based on clinic operations and patient needs.
Housing and Transportation :
Accommodation : Temporary or permanent housing is provided, featuring a furnished 2-bedroom unit with a full kitchen. Housing is subject to availability and has a low nightly rate.
Supplies : Due to the remote location, personnel are encouraged to bring all necessary supplies, including food and personal items, for the duration of their stay.
Transport : Transportation into Supai is provided by helicopter. Be aware that weather and mechanical issues can affect scheduling, especially during seasonal changes.
Detailed travel information will be provided upon contract award.
Work Environment :
Physical Demands : The role requires long periods of standing and walking, with some bending, lifting, and carrying of moderately heavy items.
Assisting incapacitated patients may require considerable effort.
Safety Precautions : The work area is well-lit, ventilated, and temperature-controlled, with necessary safety measures to minimize exposure to x-rays.
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