Travel CT Tech in Boston, MA

Job Title

CT Technologist – Night Shift

Location

Boston, MA

Schedule / Job Type

Contract | Full-Time | Nights | Onsite

Key Responsibilities

• Operate CT equipment including CT scanner, Power Injector, Laser Printer, and patient monitoring devices to acquire diagnostic images in accordance with departmental protocols.
• Prepare, position, and immobilize patients appropriately; select proper imaging factors and apply protective shielding as needed.
• Perform venipuncture for contrast administration under the direction of a radiologist, following all applicable contrast administration policies and procedures.
• Execute Radiology Information System functions for each patient exam, including scheduling, completing exams, and transferring images to PACS.
• Calibrate and verify operation of all equipment at the start of each shift; report malfunctions and needed repairs to appropriate personnel.
• Float among radiology clinics and associated divisions as needed; transport and transfer patients in accordance with departmental guidelines.

Required Qualifications

• Level 1 trauma experience required.
• Siemens CT equipment experience required.
• Graduate of an approved school of Radiologic Technology.
• Current Massachusetts State Radiologic Technologist license required.
• Active registration with the American Registry of Radiologic Technologists (ARRT) or equivalent required.
• ARRT CT certification (or equivalent) required, or must obtain within one year of start date.

Preferred Experience / Skills

• 2–3 years of experience as a Radiologic Technologist, with at least one year of cross-sectional anatomy coursework.
• Strong interpersonal skills with the ability to interact effectively with patients experiencing physical and/or emotional stress.
• Experience overseeing or instructing radiology students or support personnel within a clinical department.

Why Join Us

• Opportunity to work in a high-acuity, Level 1 trauma environment with advanced imaging technology.
• Gain broad clinical exposure through rotation across multiple radiology divisions and off-site clinics.