Travel Nurse RN - Neonatal Intensive Care Unit in El Paso, TX

Assist with or perform procedures such as PICC line placement, UAC/UVC placement, lumbar puncture, exchange transfusion, chest tube insertion, and intubation. Operate and monitor specialized equipment including giraffe warmers, giraffe incubators, vapotherms, bubble CPAP, ventilators, oscillators, and bili lights.

TravelNurseSource is working with Concentric Healthcare Staffing to find a qualified NICU RN in El Paso, Texas, 79925!

Job Title

Contract RN – NICU (Night Shift)

Location

El Paso, TX

Schedule / Job Type

Contract | 13-Week Travel Assignment | Full-Time | Nights (7:00 PM – 7:00 AM) | Rotating Weekends | Onsite

Key Responsibilities

• Provide direct patient care in a Level 3 NICU with patient ratios of 1:1, 2:1, 3:1, and 4:1 depending on acuity
• Operate and monitor specialized equipment including giraffe warmers, giraffe incubators, vapotherms, bubble CPAP, ventilators, oscillators, and bili lights
• Assist with or perform procedures such as PICC line placement, UAC/UVC placement, lumbar puncture, exchange transfusion, chest tube insertion, and intubation
• Document patient care accurately using Meditech EMR
• Collaborate with a multidisciplinary team across a 21-bed unit on rotating night shifts
• Adhere to unit dress code requirements including Galaxy Blue scrubs

Required Qualifications

• Active Registered Nurse (RN) license
• Basic Life Support (BLS) certification
• Neonatal Resuscitation Program (NRP) certification
• Minimum of 1 year of NICU experience

Preferred Experience / Skills

• STABLE Program certification
• Experience with advanced neonatal procedures including intubation, PICC line placement, and UAC/UVC placement
• Familiarity with Meditech EMR
• Demonstrated team-oriented approach with a positive, collaborative attitude

Why Join Us

• Join a recognized Level 3 NICU Unit of Distinction – Honorable Mention, working alongside an experienced and tenured nursing team
• Gain hands-on experience with advanced neonatal equipment and high-acuity procedures in a well-established, supportive unit environment