MRI Technologist — Precision Imaging & Patient Care

The University of Kansas Health System; Overland Park (KS); On-site; USD 65,000 - 90,000; Full time

Job summary

The University of Kansas Health System is seeking an MRI Technologist to produce quality MR images while ensuring patient safety and care. The role involves working across multiple locations and participating in ongoing education related to MR techniques and safety guidelines.

Responsibilities include patient preparation, venipuncture and IV management, selecting MR pulse sequences, and ensuring image quality and accurate patient identification, with emphasis on safety and education of staff and

Qualifications

• Requires AMA approved Radiologic Technology or MR Imaging program completion.
• ARRT MR certification or ARMRIT MRI Technologist certification within 180 days.
• BLS/Heart Association certification required upon hire.

Responsibilities

• Demonstrate understanding of anatomy, physiology, pathology, pharmacology, and MR technique.
• Prepare patients for procedures and address patient needs during examinations.
• Perform venipuncture, manage IV access, and administer medications as prescribed.
• Select pulse sequences per protocols and data acquisition needs.
• Evaluate MR images for quality and patient identification.
• Adhere to MR safety guidelines and screen for MR access.
• Educate and monitor students and other health care providers.
• Additional duties as assigned; perform competencies of the assigned unit.

Skills

Computer Skills

Education

Radiologic Technology Graduate AMA approved School of Radiologic Technology or MR Imaging

High School Graduate

Job description

The University of Kansas Health System is seeking an MRI Technologist to produce quality MR images while ensuring patient safety and care. The role involves working across multiple locations and participating in ongoing education related to MR techniques and safety guidelines.

Responsibilities include patient preparation, venipuncture and IV management, selecting MR pulse sequences, and ensuring image quality and accurate patient identification, with emphasis on safety and education of staff and