Part-Time Cardiac COU RN: Flexible Day Schedule

Northwest Medical Center Tucson; Tucson (AZ); On-site; USD 55,000 - 77,000; Part time

Benefits offered by this job

Health insurance

Flexible scheduling

Licensure/certification renewal reimb

Tuition reimbursement

Student loan repayment up to 20K

Job summary

The Registered Nurse in the Cardiac Observation Unit at Northwest Medical Center in Tucson, AZ provides high-quality, patient-centered care for pre- and post-Cath Lab patients. The role requires evaluating patients, planning and documenting nursing care, and assisting physicians during procedures.

This part-time day shift position involves 2 days per week with some weekend day call, offering flexible scheduling and opportunities for growth in a high-acuity cardiac environment.

Qualifications

• Proficient in nursing assessments and documentation.
• Able to administer medications safely and monitor effects.
• Strong patient and family education skills.
• Collaborates effectively with physicians and care team.
• Adheres to infection control and safety standards.

Responsibilities

• Coordinates and delivers high-quality, patient-centered care per nursing process.
• Conducts thorough patient assessments and documents findings.
• Administers prescribed medications and monitors for adverse effects.
• Assists physicians during Cath Lab procedures and related care.
• Educates patients and families on conditions and post-discharge care.

Skills

Nursing assessments

Medication administration

Patient education

Team collaboration

Infection control

Education

RN licensure

Job description

The Registered Nurse in the Cardiac Observation Unit at Northwest Medical Center in Tucson, AZ provides high-quality, patient-centered care for pre- and post-Cath Lab patients. The role requires evaluating patients, planning and documenting nursing care, and assisting physicians during procedures.

This part-time day shift position involves 2 days per week with some weekend day call, offering flexible scheduling and opportunities for growth in a high-acuity cardiac environment.