Advanced Mammography Tech – Compassionate Imaging & Impact

Mercy; Fort Smith (AR); On-site; USD 65,000 - 80,000; Full time

Benefits offered by this job

Medical insurance

Dental insurance

Vision insurance

Paid time off

Tuition assistance

Retirement matching

Job summary

Mercy in Fort Smith, AR is seeking an Advanced Mammography Technologist to perform mammography imaging procedures, ensuring patient safety and high-quality images. You will operate mammography and other imaging equipment and communicate with patients and healthcare professionals to provide compassionate care.

Education and certification require graduation from an accredited Radiologic Technologist Program with required clinical hours; ARRT certifications and BLS are preferred.

Qualifications

• Graduate of an accredited Radiologic Technologist Program with required clinical hours.
• 1 year of relevant experience or graduate of Bachelor degree program.
• State licensure may be required depending on the specific state of practice.
• ARRT (R)(M); Basic Life Support (BLS)

Responsibilities

• Perform mammography imaging procedures to assist in diagnosis and treatment.
• Operate mammography and other imaging equipment while ensuring patient safety and high-quality images.
• Communicate effectively with patients and healthcare professionals to provide optimal care.

Skills

Diagnostic imaging

Mammography proficiency

Radiation safety

Communication skills

Attention to detail

Education

Radiologic Technologist Program graduate

Tools

Mammography equipment

Radiology equipment

Job description

Mercy in Fort Smith, AR is seeking an Advanced Mammography Technologist to perform mammography imaging procedures, ensuring patient safety and high-quality images. You will operate mammography and other imaging equipment and communicate with patients and healthcare professionals to provide compassionate care.

Education and certification require graduation from an accredited Radiologic Technologist Program with required clinical hours; ARRT certifications and BLS are preferred.