Nurse Manager, Brooklyn Multispecialty

NYU Langone; New York (NY); Vor Ort; USD 143.000 - 195.000; Vollzeit

Zusammenfassung

NYU Langone Health invites applications for a Nurse Manager (FGP) in Brooklyn, Multispecialty. The role provides clinical leadership and management of designated care areas on a twenty‑four‑hour basis, in line with NYU Langone Health’s mission to advance education, research, and direct patient care.

The position emphasizes staff development, quality and safety, and collaboration with inter-professional teams to achieve optimal patient outcomes.

Qualifikationen

• Bachelor's Degree in Nursing required.
• Minimum 3 years of nursing leadership or management experience required.
• Master's Degree in Nursing required within 5 years of employment in Nurse Manager role if hired after 10/1/25.
• Current NYS Registered Professional Nurse License required.
• Current BLS Certification required.
• Certification in Nursing Administration obtainable within 2 years.

Aufgaben

• Fosters a culture of service, teaching, and discovery.
• Collaborates with inter-professional team to ensure quality patient experience and efficiency.
• Leads and develops staff; conducts interviews and performance evaluations.
• Manages budgets and staffing patterns to meet patient needs.
• Promotes diversity, equity, and inclusion within the unit and organization.

Kenntnisse

Leadership

Interprofessional collaboration

Communication

Clinical nursing

Ausbildung

Bachelor's Degree in Nursing

Master's Degree in Nursing

NYS RN License

BLS Certification

Nursing Administration Certification

Jobbeschreibung

NYU Langone Health invites applications for a Nurse Manager (FGP) in Brooklyn, Multispecialty. The role provides clinical leadership and management of designated care areas on a twenty‑four‑hour basis, in line with NYU Langone Health’s mission to advance education, research, and direct patient care.

The position emphasizes staff development, quality and safety, and collaboration with inter-professional teams to achieve optimal patient outcomes.