Swing Bed Program Coordinator - Ortho Med/Surg

Trinity Health; Baker City (OR); On-site; USD 52,000 - 68,000; Full time

Benefits offered by this job

Market-competitive pay

Generous PTO

Benefits start day one

Retirement planning and matching

Tuition reimbursement

Job summary

Saint Alphonsus Health System in Bakery City, Oregon, is seeking a Program Coordinator for our Ortho Med Surg to join a full-time day shift. The role focuses on coordinating the swing bed program and collaborating with inpatient units, providers, and care management across Saint Alphonsus Health System.

Ideal candidates will bring coordination experience, strong teamwork, and a patient-centered approach to ensure quality care across all ages while supporting smooth transitions back to the

Qualifications

• BLS for Healthcare Providers certification required at hire.
• Must be able to read, write, speak and understand English.
• State of Oregon PTA license or CNA certification required.

Responsibilities

• Coordinate the swing bed program under the Medical/Surgical supervisor.
• Grow swing bed patient volume through collaboration with inpatient units and care teams.
• Serve as central contact for discharging hospitals and swing bed patients/families.
• Support patients throughout their stay and assist with transition back to the community.
• Provide clinical support within licensed professional field as needed.

Skills

Verbal communication

Teamwork

Multitasking

Time management

Education

Physical Therapy Assistant license

Certified Nursing Assistant (CNA) – Oregon

Job description

Saint Alphonsus Health System in Bakery City, Oregon, is seeking a Program Coordinator for our Ortho Med Surg to join a full-time day shift. The role focuses on coordinating the swing bed program and collaborating with inpatient units, providers, and care management across Saint Alphonsus Health System.

Ideal candidates will bring coordination experience, strong teamwork, and a patient-centered approach to ensure quality care across all ages while supporting smooth transitions back to the