Systemwide Patient Transfer RN Lead

Mass General Brigham; Somerville (MA); Presencial; USD 70.000 - 136.000; Jornada completa

Descripción de la vacante

Mass General Brigham is seeking an Access RN to lead system-wide coordination for timely access to care and efficient patient placement across sites. The role requires clinical expertise, system collaboration, and support from the PTAC team at onsite facilities in Somerville, MA.

Responsibilities include directing transfers, triage, and bed management while engaging with hospital leadership and care teams to balance patient flow and reduce delays.

Formación

• Associate's Degree in Nursing required.
• RN license required.
• Bachelor's Degree in Nursing preferred.
• 3+ years of adult critical care or emergency department experience.
• Evening/night/weekend and holiday rotating schedule.

Responsabilidades

• Coordinate patient placement across the MGB Capacity Center to support patient movement across the system.
• Elicit patient information from referring physicians and outside facility nurses for accurate triage and placement.
• Monitor notification processes for inpatient admissions, documents, transfer modules, and reporting to leadership.
• Represent the PTAC during daily huddles and coordinate with site leaders on bed availability.
• Make critical decisions directing patients to appropriate care pathways across diagnoses and scenarios.
• Identify patients suitable for standardized transfer pathways to reduce ED load and balance capacity.

Educación

Associate's Degree Nursing

Bachelor's Degree Nursing

RN license

Descripción del empleo

Mass General Brigham is seeking an Access RN to lead system-wide coordination for timely access to care and efficient patient placement across sites. The role requires clinical expertise, system collaboration, and support from the PTAC team at onsite facilities in Somerville, MA.

Responsibilities include directing transfers, triage, and bed management while engaging with hospital leadership and care teams to balance patient flow and reduce delays.