MDS Nurse – Resident Assessments & Care Coordination

Good Samaritan; Tracy (MN); Sur place; USD 65 000 - 90 000; Plein temps

Avantages offerts par ce poste

Night/weekend shift differentials

Advancement opportunities

Education assistance

Continuing education

Direct access to earnings daily

Robust benefits package

Résumé du poste

Good Samaritan Pipestone is hiring an MDS Nurse who leads the Resident Assessment Instrument (RAI) process and oversees planning, evaluation, and coordination of resident care. The RN works with the nursing team to ensure accurate assessments and current care plans, collaborating with residents, families, and inter-disciplinary colleagues to deliver high-quality, individualized services.

The role emphasizes direct nursing leadership, assessment, and care coordination across all phases of

Qualifications

• RN license required; RAC-CT preferred.
• Experience coordinating care with residents, families, and interdisciplinary teams.
• Familiarity with Resident Assessment Instrument (RAI) processes and standards.

Responsabilités

• Plan, organize, direct, and evaluate nursing staff activities related to resident care.
• Lead the RAI process and ensure accurate quarterly and annual resident assessments.
• Coordinate with residents, families, and providers to maintain high quality, individualized care.

Connaissances

RN license

RAI process leadership

Interdisciplinary collaboration

Resident care planning

Formation

BSN preferred

RAC-CT certification preferred

Outils

Nursing documentation systems

Description du poste

Good Samaritan Pipestone is hiring an MDS Nurse who leads the Resident Assessment Instrument (RAI) process and oversees planning, evaluation, and coordination of resident care. The RN works with the nursing team to ensure accurate assessments and current care plans, collaborating with residents, families, and inter-disciplinary colleagues to deliver high-quality, individualized services.

The role emphasizes direct nursing leadership, assessment, and care coordination across all phases of