Hybrid Radiologist: Interventional & Education

The Keystone Distinction Group; Moultrie (GA); Hybrid; USD 350,000 - 550,000; Full time

Benefits offered by this job

Home workstation

Paid relocation

House-hunting assistance

Health insurance

Malpractice tail coverage

Student loan repayment assistance

Job summary

The Keystone Distinction Group in Georgia seeks an experienced radiologist for a hybrid role, combining on-site reads with remote flexibility and a balanced schedule.

Responsibilities include 80–120 diagnostic reads per weekday, interventional procedures (angiography, biopsies, drainages, tumor ablation), and teaching medical students and residents. Requires radiology residency/fellowship completion and Georgia license eligibility; board certification preferred.

Qualifications

• Completion or near completion of a radiology residency or fellowship.
• Board-certified or board-eligible, with certification required within 5 years.
• Valid Georgia Medical License or eligibility through the Interstate Medical Licensure Compact.

Responsibilities

• Conduct 80-120 diagnostic reads per weekday shift, achieving around 1,200 RVUs monthly.
• Perform interventional procedures such as angiography, biopsies, drainages, and tumor ablation.
• Engage in the education of medical students and residents, contributing to their growth and your professional development.

Skills

Radiology residency

Board-certified

Georgia license eligibility

Education

Radiology residency/fellowship completed

Tools

128 Slice CT

3T MRI

Ultrasound

Nuclear Medicine

PET

Job description

The Keystone Distinction Group in Georgia seeks an experienced radiologist for a hybrid role, combining on-site reads with remote flexibility and a balanced schedule.

Responsibilities include 80–120 diagnostic reads per weekday, interventional procedures (angiography, biopsies, drainages, tumor ablation), and teaching medical students and residents. Requires radiology residency/fellowship completion and Georgia license eligibility; board certification preferred.