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Intellirad Imaging LLC

Neurointerventional Surgery Fellowship 2year in MiamiFort Lauderdale Florida

Intellirad Imaging LLC, Miami, Florida, us, 33222

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About IntelliRad Imaging:

Private, physician-owned & physician-managed practice

Rapidly growing Neurointerventional Surgery practice

Team includes:

4 full-time neurointerventional physicians.

5 Full time APPs (1 outpatient and 4 inpatient)

3 outpatient clinics

4 hospitals in Miami-Dade & Broward Counties of Florida

Facilities include a Level 1 trauma center, Level 2 trauma center, 3 Comprehensive Stroke Centers, and a Primary Stroke Center.

Handles over 1,000 cases.

Eligibility for Fellowship:

Completed residency in Neurology, Radiology, or Neurosurgery before fellowship program start

Additional requirements:

Neurology applicants: Neurovascular or Neurocritical Care fellowship.

Radiology applicants: Diagnostic Neuroradiology fellowship.

Board Certified/Board Eligible in primary specialty.

ECFMG applicants accepted.

Responsibilities:

Participate in call rotations and patient rounds.

Assist and perform procedures and, once qualified, potentially perform independently, including:

Diagnostic cerebral angiography

stroke thrombectomy

carotid/intracranial stenting

aneurysm embolization

AVM/AVF embolization

lumbar punctures

lumbar myelography

cisternograms

epistaxis embolization

trauma embolizations

vertebroplasty

MMA embolization

oncologic embolizations

plus other procedures

Compensation & Benefits:

Salary: $70,000–$80,000 (based on experience and PGY level)

Health and malpractice insurance provided

Additional perks:

$2,000 annual book stipend.

Up to $2,000 annual conference fees.

4 weeks paid time off.

Application Period:

Open position with rolling admission

Our fellowship is supported by a state-of-the-art imaging infrastructure, including an installed base of one Philips Azurion, two Siemens Artis Icono systems, and three GE IGS 630 units. This advanced equipment ensures good procedural workflow, high-resolution imaging, and optimal precision in neurovascular interventions.