Cardiac Stepdown RN - Patient-Centered Care & Collaboration

Fairview Hospital / Cleveland Clinic; Dover (NH); On-site; USD 80,000 - 110,000; Full time

Job summary

Fairview Hospital / Cleveland Clinic in Dover, NH seeks a Registered Nurse for the Cardiac Stepdown unit to provide attentive, evidence-based care to patients transitioning from ICU or recovering from cardiac conditions. You will monitor rhythms and vital signs, administer medications, collaborate with physicians and the care team, and educate patients and families on recovery and self-care.

This role emphasizes teamwork, safety, and use of advanced cardiac monitoring technology in a high-acuity

Qualifications

• Current RN licensure in good standing.
• Experience in cardiac care or stepdown units preferred.
• Strong assessment, monitoring, and communication skills.
• Ability to work within a multidisciplinary team.
• Commitment to patient-centered, evidence-based care.

Responsibilities

• Provide attentive nursing care for patients transitioning from ICU or recovering from cardiac conditions.
• Assess patients, monitor cardiac rhythms and vital signs, and administer medications and treatments.
• Communicate changes in patient status promptly to the healthcare team.
• Collaborate with physicians and multidisciplinary teams to coordinate care plans.
• Support safe patient transitions and educate patients and families on care and recovery.

Skills

RN licensure

Cardiac care experience

Vital signs monitoring

Medication administration

Team collaboration

Patient-centered care

Job description

Fairview Hospital / Cleveland Clinic in Dover, NH seeks a Registered Nurse for the Cardiac Stepdown unit to provide attentive, evidence-based care to patients transitioning from ICU or recovering from cardiac conditions. You will monitor rhythms and vital signs, administer medications, collaborate with physicians and the care team, and educate patients and families on recovery and self-care.

This role emphasizes teamwork, safety, and use of advanced cardiac monitoring technology in a high-acuity