Night-Shift CT Technologist: 3D Imaging & PACS Expert

Saint Francis Hospital, Inc.; United States; On-site; USD 52,000 - 78,000; Full time

Job summary

Saint Francis Hospital, Inc. in Tulsa, OK currently seeks a Radiologic Technologist specializing in CT imaging. The role focuses on operating CT equipment to produce cross-sectional images for diagnostic purposes and requires completion of an accredited Radiologic Technology Program.

ARRT registration is required with CT registry preferred. The position supports night shifts (7pm–7am) with flexible days and involves patient positioning, image quality assessment, and collaboration with

Qualifications

• Completion of an accredited Radiologic Technology Program is required.
• ARRT registration is required; CT registry preferred.
• 0–6 months related experience.

Responsibilities

• Performs diagnostic CT examinations according to department policies and protocols.
• Prepares and positions patients for CT procedures with reference to diagnoses and body part.
• Evaluates CT studies for quality and completeness.
• Utilizes advanced image manipulations such as 3D rendering, reformations, and reconstructions.
• Sends images to the PACS system and verifies exam completeness in a timely manner.
• Maintains documentation in log books and charges for examinations and supplies.
• Administers contrast media as directed by the radiologist.
• Maintains radiation safety for patients and staff.

Skills

Anatomy knowledge

Prioritization & organization

Education

Accredited Radiologic Technology Program

Tools

PACS system

CT equipment

Job description

Saint Francis Hospital, Inc. in Tulsa, OK currently seeks a Radiologic Technologist specializing in CT imaging. The role focuses on operating CT equipment to produce cross-sectional images for diagnostic purposes and requires completion of an accredited Radiologic Technology Program.

ARRT registration is required with CT registry preferred. The position supports night shifts (7pm–7am) with flexible days and involves patient positioning, image quality assessment, and collaboration with