Night Emergency Radiologist — Remote/Hybrid + $85k Extra

UNC Health Careers; Chapel Hill (NC); Hybrid; USD 77,000 - 94,000; Full time

Job summary

UNC Health in Chapel Hill is seeking an EmergeNCy Radiologist to join the Division of EmergeNCy Radiology. This night-position role can be remote, hybrid, or onsite, with an open-rank, fixed-term faculty appointment and a potential additional annual compensation up to $85,000 including a $5,000-per-week premium for deep-night shifts.

The Division supports academic and clinical missions in a high-volume Level I Trauma Center environment, interpreting radiographs, CT, MRI, and ultrasound for

Qualifications

• MD or equivalent required.
• Board certified radiologist or board-eligible.
• Fellowship training in any radiology subspecialty preferred.
• Demonstrated ability to work collaboratively within multidisciplinary clinical teams.
• Interest or experience in resident and fellow education in an academic setting.

Responsibilities

• Interpret emergency and trauma imaging studies (X-ray, fluoroscopy, ultrasound, CT, MRI) in acute care.
• Provide timely, high-quality diagnostic interpretations to support emergency and trauma care.
• Collaborate with EmergeNCyMedicine, Acute Care Surgery, and multidisciplinary teams.
• Participate in education and supervision of radiology residents, fellows, and students.
• Engage in quality improvement initiatives and academic activities.

Skills

Board certified radiologist

Board eligible radiologist

Collaborative team player

Resident education interest

Education

MD or equivalent

Job description

UNC Health in Chapel Hill is seeking an EmergeNCy Radiologist to join the Division of EmergeNCy Radiology. This night-position role can be remote, hybrid, or onsite, with an open-rank, fixed-term faculty appointment and a potential additional annual compensation up to $85,000 including a $5,000-per-week premium for deep-night shifts.

The Division supports academic and clinical missions in a high-volume Level I Trauma Center environment, interpreting radiographs, CT, MRI, and ultrasound for