Hybrid Nurse Case Manager for Veterans Home Base

Massachusetts General Hospital; Boston (MA); Hybrid; USD 119,548,000 - 309,960,000; Full time

Job summary

Massachusetts General Hospital seeks a dynamic Nurse Case Manager for the Home Base COMBHAT program, coordinating care among providers, patients, and military commands. The role supports Veterans and Active-Duty Service Members nationwide, with hybrid on-site requirements at One Constitution Wharf and quarterly supervision by the Brain Health leadership.

The position emphasizes care coordination, patient education, and collaboration across the MGB network to optimize treatment pathways and

Qualifications

• Two to three years of case management, utilization review, or discharge planning experience preferred.
• RN license required; BLS certification preferred.
• Associate's or Bachelor's degree in nursing required or preferred.

Responsibilities

• Client Assessments and Planning.
• Modify patient treatment plans as indicated by patients’ responses and conditions.
• Prepare patient/family for discharge.
• Communicate with third-party payers to obtain authorization for reimbursement of services.
• Review cases with medical directors as needed.
• Defines care goals of patients by providing education, information, and direction to each individual and family.
• Maintain accurate, detailed reports and records.

Skills

Communication

Rapport building

Care coordination

Confidentiality

Microsoft Office

Problem solving

Dual diagnosis knowledge

Education

Associate's Degree in Nursing

Bachelor's Degree in Nursing

Job description

Massachusetts General Hospital seeks a dynamic Nurse Case Manager for the Home Base COMBHAT program, coordinating care among providers, patients, and military commands. The role supports Veterans and Active-Duty Service Members nationwide, with hybrid on-site requirements at One Constitution Wharf and quarterly supervision by the Brain Health leadership.

The position emphasizes care coordination, patient education, and collaboration across the MGB network to optimize treatment pathways and