Breast Imaging Radiologist - Mon-Fri, No Call, No Weekends

Medical University of South Carolina Health System; Columbia (SC); On-site; USD 320,000 - 460,000; Full time

Benefits offered by this job

Pension plan

Malpractice coverage

Parental leave

Generous PTO

CME allowance

PSLF eligibility

Debt management assistance

Epic EHR tools

AI-enabled documentation

Team-based care

Job summary

Medical University of South Carolina Health System seeks a full-time Breast Imaging Radiologist for its Midlands Division, based in Columbia, SC. The role emphasizes high-quality patient care, with a Monday–Friday 8 AM–5 PM schedule, no weekends, and no call.

Requirements include BC/BE radiology, MQSA certification, and a 1-year Breast Imaging fellowship. The candidate should excel in screening and diagnostic mammography, MRI, and image-guided biopsies, with tomosynthesis and localization

Qualifications

• Board-certified/board-eligible radiologist with MQSA certification.
• 1-year Breast Imaging fellowship completed.
• Strong experience in screening and diagnostic mammography, MRI, and biopsies.

Responsibilities

• Perform screening and diagnostic mammography including tomosynthesis.
• Conduct MRI, ultrasound, stereotactic and localization biopsies.
• Collaborate with breast sub-specialists and participate in tumor boards.

Skills

Breast imaging

Mammography

MRI

Biopsies

Localization procedures

Education

Board certification (ABR) or equiv.

MQSA certification

Breast Imaging Fellowship (1 year)

Tools

Tomosynthesis

MRI

Ultrasound-guided biopsy

Job description

Medical University of South Carolina Health System seeks a full-time Breast Imaging Radiologist for its Midlands Division, based in Columbia, SC. The role emphasizes high-quality patient care, with a Monday–Friday 8 AM–5 PM schedule, no weekends, and no call.

Requirements include BC/BE radiology, MQSA certification, and a 1-year Breast Imaging fellowship. The candidate should excel in screening and diagnostic mammography, MRI, and image-guided biopsies, with tomosynthesis and localization