Night Shift Diagnostic X-Ray Tech – Precision Imaging

Beth Israel Lahey Health; Winchester (MA); On-site; USD 48,000 - 72,000; Full time

Job summary

Beth Israel Lahey Health's Winchester Hospital is seeking a Diagnostic X-Ray Technologist I for night shift. You will independently perform radiographic examinations following department protocols, ensure patient safety, and verify orders in PACS.

The role requires completion of an accredited Radiology Technology program with registry eligibility, MA license/ARRT eligibility within 12 months, and BLS. You will work with the Radiology team to provide high-quality imaging while maintaining ALARA

Qualifications

• Completed accredited Radiology Technology Program and registry eligible.
• Massachusetts Radiologic Technologist license and ARRT eligibility; ARRT to be obtained within 12 months.
• Basic Life Support (BLS) certificate required.

Responsibilities

• Greets, escorts, assesses and educates patients to ensure comfort and safety.
• Performs diagnostic imaging exams following ALARA principles and radiologist protocols.
• Enters exams accurately, with proper documentation and charges.+
• Sends and stores images in PACS; maintains quality and safety records.
• Keeps a clean, safe work environment and responds to equipment issues promptly.
• Coordinates schedule with supervisor to meet patient and physician needs.

Skills

Patient interaction

Team communication

Education

Completed accredited Radiology Technology Program

Associates Degree in Radiology Technology

Tools

PACS

Radiographic equipment

Job description

Beth Israel Lahey Health's Winchester Hospital is seeking a Diagnostic X-Ray Technologist I for night shift. You will independently perform radiographic examinations following department protocols, ensure patient safety, and verify orders in PACS.

The role requires completion of an accredited Radiology Technology program with registry eligibility, MA license/ARRT eligibility within 12 months, and BLS. You will work with the Radiology team to provide high-quality imaging while maintaining ALARA