Part-Time Mammographer - Day Shift, Comprehensive Benefits

Corewell Health; Grand Rapids (MI); On-site; USD 34,000 - 55,000; Part time

Benefits offered by this job

Health benefits

On-demand pay (Payactiv)

Discounts program

Identity theft protection

Retirement plans with match

Job summary

Corewell Health's Grand Rapids Betty Ford Breast Care mammography team is seeking a part-time radiologic technologist to perform diagnostic and screening breast imaging at Lemmen-Holton Cancer Pavilion and other sites in Grand Rapids. The role supports 21 hours weekly, daytime shifts, and collaborates with a team of technologists.

You will work under licensed practitioners, ensuring patient care and accurate imaging for interpretation.

Qualifications

• Associate's degree or equivalent years of experience required.
• Bachelor's degree preferred.
• CRT-Radiographer (R) ARRT required on hire.
• CRT-Mammography (M) ARRT required within 1 year.
• BLS within 90 days of hire.

Responsibilities

• Provides health care services, applying x-ray energy to assist in diagnosis.
• Performs medical imaging techniques and related procedures to demonstrate breast anatomy for interpretation and/or intervention by licensed practitioner.
• Assists licensed practitioners with invasive procedures.
• Applies appropriate patient care and recognizes patient conditions essential for successful completion of the procedure.

Education

Associate's Degree or equivalent years of experience

Bachelor's Degree preferred

CRT-Radiographer (R) - ARRT

CRT-Mammography (M) - ARRT

AHA or ARC Basic Life Support (BLS) within 90 days of hire

Job description

Corewell Health's Grand Rapids Betty Ford Breast Care mammography team is seeking a part-time radiologic technologist to perform diagnostic and screening breast imaging at Lemmen-Holton Cancer Pavilion and other sites in Grand Rapids. The role supports 21 hours weekly, daytime shifts, and collaborates with a team of technologists.

You will work under licensed practitioners, ensuring patient care and accurate imaging for interpretation.