Mammography Technologist - PRN/Float, Flexible Schedule

Akumin®; Miami Beach (FL); On-site; USD 55,000 - 83,000; Part time

Benefits offered by this job

Competitive compensation

Flexible scheduling

Cross training opportunities

Medical, dental, and vision insurance

HSA with employer contributions

401(k) with employer match

Paid holidays

PTO and sick time

Job summary

Akumin is seeking a Mammography Technologist for our South Florida facilities on a PRN basis. You will perform screening and diagnostic mammography using advanced 2D/3D equipment and collect patient histories to assist interpreting radiologists.

Required: ARRT(M), state license, CPR, MQSA, and excellent patient service. Benefits include flexible scheduling and cross-training across imaging modalities.

Qualifications

• High School Diploma or equivalent required; Associate's Degree preferred.
• Mammography Program (State approved) is required.
• ARRT(M) certification and state licensure where applicable.
• CPR certification and basic computer literacy.

Responsibilities

• Performs mammogram exams on patients.
• Obtains patient history, prior films/reports, and other information needed.
• Performs Quality Control (QC) per FDA/ACR guidelines.
• Provides imaging support to other modalities (x-ray, bone density).
• Works with mammogram letters (results/reminders).

Skills

ARRT (M)

State License

CPR Certification

MQSA compliance

Customer service

Organizational skills

Multi-tasking

Basic computer skills

RIS/PACS

Education

Associate's degree preferred

Mammography Program (State approved)

Certificate from College or Technical School

Tools

RIS/PACS

Job description

Akumin is seeking a Mammography Technologist for our South Florida facilities on a PRN basis. You will perform screening and diagnostic mammography using advanced 2D/3D equipment and collect patient histories to assist interpreting radiologists.

Required: ARRT(M), state license, CPR, MQSA, and excellent patient service. Benefits include flexible scheduling and cross-training across imaging modalities.