Compassionate Mammography Technologist — Part-Time, Flexible Schedule

WellStar; Waleska (GA); On-site; USD 39,000 - 55,000; Part time

Job summary

Wellstar Cobb Breast and X-Ray Center is seeking a part-time Mammography Technologist to perform mammography exams with emphasis on safety, image quality, and patient comfort. The role supports a collaborative care team within a well-integrated health system in Georgia.

The ideal candidate has ARRT-R and ARRT-M credentials, a year of radiologic technologist experience in mammography, and a commitment to patient-centered imaging.

Qualifications

• Education: High School Diploma or equivalent and completion of an accredited Radiologic Technology program.
• Certifications: ARRT-R (Radiography) and ARRT-M (Mammography) plus BLS.
• Minimum 1 year radiologic technologist experience with mammography in a hospital.

Responsibilities

• Perform mammography exams per physician order and protocol with two patient identifiers.
• Explain the exam and address patient concerns using AIDET principles.
• Protect patient privacy, dignity, and comfort during positioning and transfers.
• Review images for quality, maintain first-time acceptance, and document in PACS/RIS.
• Operate mammography equipment safely, optimize dose, and follow FDA guidelines for infection control.
• Complete QC tests (ACR/MQSA) and daily equipment tests as required.

Skills

Radiologic Tech

Mammography

AIDET communication

Patient safety

Team collaboration

Education

High School Diploma or equivalent

Accredited Radiologic Technology program

Tools

PACS/RIS

DICOM

QC & QA procedures

Job description

Wellstar Cobb Breast and X-Ray Center is seeking a part-time Mammography Technologist to perform mammography exams with emphasis on safety, image quality, and patient comfort. The role supports a collaborative care team within a well-integrated health system in Georgia.

The ideal candidate has ARRT-R and ARRT-M credentials, a year of radiologic technologist experience in mammography, and a commitment to patient-centered imaging.