Advanced Cardiac Imaging Cardiologist - MRI/CT/PET

MyStethi, LLC; Allentown (Lehigh County); On-site; USD 300,000 - 520,000; Full time

Job summary

Lehigh Valley Health Network in Allentown, PA, seeks a fellowship-trained Advanced Cardiac Imaging Cardiologist to join a high-volume cardiovascular imaging program. This position emphasizes clinical excellence, efficiency, and collaborative patient care, without academic obligations.

The successful candidate will support a growing service line and work closely with subspecialists, cardiac surgery, and referring providers across the system, utilizing state-of-the-art imaging technology and a

Qualifications

• MD or DO degree from an accredited medical school.
• Board certification/eligibility in Cardiovascular Disease, plus SCCT/SCMR boards.
• Completion of an Advanced Cardiac Imaging Fellowship.
• Eligibility for unrestricted Pennsylvania medical licensure.

Responsibilities

• Imaging interpretation and performance of advanced cardiac imaging: CMR, CCTA/structural heart imaging, PET-CT.
• Advanced echocardiography (TTE/TEE/strain/stress).
• Nuclear stress interpretation.
• Collaborate with structural heart and valve programs, heart failure/cardiomyopathy, EP and interventional cardiology.
• Participate in daily clinical operations, imaging protocol development, and quality improvement.

Skills

Teamwork

Education

MD or DO from an accredited medical school

Board Certified or Board Eligible in Cardiovascular Disease, SCCT, and SCMR boards

Advanced Cardiac Imaging Fellowship

Unrestricted Pennsylvania medical licensure eligibility

Job description

Lehigh Valley Health Network in Allentown, PA, seeks a fellowship-trained Advanced Cardiac Imaging Cardiologist to join a high-volume cardiovascular imaging program. This position emphasizes clinical excellence, efficiency, and collaborative patient care, without academic obligations.

The successful candidate will support a growing service line and work closely with subspecialists, cardiac surgery, and referring providers across the system, utilizing state-of-the-art imaging technology and a