Neurosurgeon – AI-Driven Spine/Brain Surgery

MDS Staffing; Hobart (IN); Sur place; USD 550 000 - 900 000; Plein temps

Avantages offerts par ce poste

Sign-on bonus

6 weeks PTO

Health Insurance

403(b) retirement plan match

CME funding

Résumé du poste

Top Echelon LLC is seeking a Board Certified or Board Eligible Neurosurgeon to join a physician-led group in Northwest Indiana near the Greater Chicagoland area. The role emphasizes high-volume cranial and spine procedures with EPIC EHR integration and AI-enabled documentation enhancements.

You will work with an interdisciplinary team, providing comprehensive neurosurgical care while participating in call rotations and advancing subspecialty goals within a financially robust system.

Qualifications

• MD/DO degree from US medical school or international equivalent.
• Completion of an ACGME-accredited Neurological Surgery residency; Board Certified or Board Eligible.

Responsabilités

• Provide cranial and complex/general spine neurosurgical care across settings.
• Perform evaluations, patient workups, and elective/emergent procedures.
• Participate in neurosurgery call rotation with team support.
• Utilize advanced surgical technology and intraoperative imaging.
• Collaborate with neurologists, spine surgeons, and critical care teams.
• Contribute to quality improvement and patient care pathways.

Connaissances

Neurosurgery

Clinical evaluation

Interdisciplinary collaboration

Formation

MD/DO

Neurological Surgery residency (ACGME)

Outils

EPIC EHR

AI-assisted documentation

Description du poste

Top Echelon LLC is seeking a Board Certified or Board Eligible Neurosurgeon to join a physician-led group in Northwest Indiana near the Greater Chicagoland area. The role emphasizes high-volume cranial and spine procedures with EPIC EHR integration and AI-enabled documentation enhancements.

You will work with an interdisciplinary team, providing comprehensive neurosurgical care while participating in call rotations and advancing subspecialty goals within a financially robust system.