Mammography Technologist: Cross-Train & Tomosynthesis

The Hospital of Central Connecticut; Bristol (CT); On-site; USD 70,000 - 90,000; Full time

Benefits offered by this job

Sign-on bonus details unavailable

Flexible scheduling

Career ladder incentives

Tuition reimbursement up to $5,250

Job summary

The Mammography Technologist position at The Hospital of Central Connecticut offers cross-training in mammography within a high‑tech suite in New Britain, CT, supporting Plainville/Plainville/Southington schedules. You’ll join a dynamic team dedicated to patient care and innovation.

Responsibilities include diagnostic and therapeutic mammography, operation of tomosynthesis equipment, and opportunities to train in advanced procedures such as DEXA and localization techniques as part of a

Qualifications

• Graduate of an approved Radiography program.
• CT State Radiographer's License required.
• ARRT (R) required; ARRT (M) preferred.
• Current x-ray and mammography experience highly preferred.
• Acute care experience and experience with invasive procedures are highly preferred.

Responsibilities

• Perform diagnostic and therapeutic mammographic procedures per established protocols to assist the referring physician.
• Operate digital tomosynthesis mammography equipment; potential training in DEXA, stereotactic/needle localization, and CEM.

Skills

Radiography

Mammography

ARRT (R)

ARRT (M) preferred

Invasive procedures experience

Acute care experience

Education

Radiography program accredited

Tools

Tomosynthesis equipment

DEXA training (potential)

Job description

The Mammography Technologist position at The Hospital of Central Connecticut offers cross-training in mammography within a high‑tech suite in New Britain, CT, supporting Plainville/Plainville/Southington schedules. You’ll join a dynamic team dedicated to patient care and innovation.

Responsibilities include diagnostic and therapeutic mammography, operation of tomosynthesis equipment, and opportunities to train in advanced procedures such as DEXA and localization techniques as part of a