Job Summary and Responsibilities

As our CT Technologist, you will utilize your expertise to capture precise diagnostic images, enabling our Radiologists to accurately diagnose and/or rule out diverse medical conditions.

Every day, you will adeptly create detailed cross-sectional images of the skeleton, tissues, and internal organs. Your compassionate interaction and skill in patient care will be crucial, as you play a significant role in fostering a positive and comforting patient experience throughout the imaging process.

To be successful in this role, you will deeply understand the critical importance of diagnostic imaging. This includes a comprehensive knowledge of general imaging workflow, various patient positioning techniques, and the ability to consistently capture clear results essential for timely and accurate diagnoses that guide effective patient care.

Performs CT scans based on current protocols and/or radiologist recommendations. CT scans include but are not limited to: Trauma/ER, Perfusions, Routine Body, Routine Neuro, Interventional Procedures.Assists Interventional Radiologist proficiently during CT guidance procedures.Accurately and proficiently performs work-ups, such as perfusions & reconstructions.Performs protocol management by evaluating and determining area of interest and type of scan to be performed on patient, consults physician as necessary.Acts as a resource and role model for Students, Externs, and new staff membersDisplays a thorough knowledge of cross sectional anatomy and positioning as it relates to performance of CT scan procedures.
Job Requirements

Required

Graduate AMA approved school ofradiologic technology. and At least two (2) years prior radiologictechnologist experience., upon hireMedical Radiographer: AZ, upon hire andBasic Life Support - CPR, upon hire andRegistered Technologist Radiography ARRT, upon hire orRegistered Technologist Bone Densitometry, upon hire orRegistered Technologist Computed Tomography, upon hire orRegistered Technologist Cardio Interventional Radiography, upon hire orRegistered Technologist Mammography, upon hire orRegistered Technologist Magnetic Resonance Imaging, upon hire orRegistered Technologist Nuclear Medicine Technology, upon hire orRegistered Technologist Quality Management, upon hire orRegistered Technologist Radiation Therapy, upon hire orRegistered Technologist Vascualr Inteventional Rad, upon hire orRegistered Technologist Vascular Sonography, upon hire

Where You'll Work

Located in the Phoenix, Ariz., suburb of Gilbert, the Mercy Gilbert Medical Center, is a 198-bed, not-for profit hospital with more than 1,300 team members and almost 900 doctors on staff representing all major specialties. In 2014, Phoenix Children’s Hospital launched a 22-bed pediatric unit inside the hospital. Mercy Gilbert opened in 2006 and has been a vital part of the growing community. Today it is the fifth largest employer in Gilbert. During the fiscal year ending June 30, 2016, Mercy Gilbert provided more than $24 million in community benefit. As a result of Dignity Health’s mission to deliver health care and partner with the community, more than 42,000 people in the East Valley were reached through community health services. For more information visit: https://www.dignityhealth.org/arizona/locations/mercygilbert.

Total Rewards

Depending on the position offered, CommonSpirit Health offers a generous benefit package, including but not limited to medical, prescription drug, dental, vision plans, life insurance, paid time off (full-time benefit eligible team members may receive a minimum of 14 paid time off days, including holidays annually), tuition reimbursement, retirement plan benefit(s) including, but not limited to, 401(k), 403(b), and other defined benefits offerings, as may be amended from time to time. For more information, please visit our Total Rewards

Unless directed by a Collective Bargaining Agreement, applications for this position will be considered on a rolling basis. CommonSpirit Health cannot anticipate the date by which a successful candidate may be identified.