PACS Technologist & Radiology IT Liaison

Veterans Health Administration; Virginia (MN); On-site; USD 65,000 - 95,000; Full time

Job summary

Veterans Health Administration is seeking a PACS Technologist to optimize imaging distribution and system performance. You will lead planning and training for PACS network elements, and collaborate with clinical users, biomedical engineering, and IT to ensure efficient operation.

The role requires ARRT radiography certification and experience with RIS/DICOM systems, with potential for CT/MRI/Mammography duties. Join a team focused on high-quality imaging and system reliability.

Qualifications

• Completion of a full-time training course of at least 24 months in diagnostic radiologic technology, evidenced by a certificate or an associate degree, accredited by JRCERT.
• ARRT radiography certification is required; advanced ARRT cert may be needed for CT/MRI/Mammography duties.
• Credentialing standards require meets or exceeds 42 CFR Part 75 and relevant accreditation.

Responsibilities

• Configure PACS to optimize imaging distribution and storage.
• Lead planning, development, and instruction for PACS network elements.
• Evaluate, monitor, and maintain digital imaging and voice recognition systems.
• Oversee RIS links, DICOM configuration, access management, and security compliance.

Skills

PACS knowledge

Radiology liaison

System leadership

Clinical workflow

Education

Certificate or Associate degree in diagnostic radiologic technology (JRCERT-accredited)

Tools

RIS interfaces

DICOM configuration

HIS/RIS integration

Job description

Veterans Health Administration is seeking a PACS Technologist to optimize imaging distribution and system performance. You will lead planning and training for PACS network elements, and collaborate with clinical users, biomedical engineering, and IT to ensure efficient operation.

The role requires ARRT radiography certification and experience with RIS/DICOM systems, with potential for CT/MRI/Mammography duties. Join a team focused on high-quality imaging and system reliability.