On-Site TeleICU RN: Critical Care Mentor

St.-Luke; Boise (ID); On-site; USD 90,000 - 120,000; Part time

Benefits offered by this job

Certification pay available

Job summary

St. Luke’s TeleICU is hiring experienced ICU RNs to provide virtual critical care across four hospitals and two critical access sites from Boise’s Virtual Care Center. Join a collaborative team that mentors bedside nurses, guides decision-making, and supports evidence-based care in a high‑impact, on‑site role.

You’ll monitor real-time data, perform proactive rounds, and coordinate care with intensivists to improve patient outcomes across the system.

Qualifications

• TeleICU nurses serve as experienced critical care consultants, mentors, and advocates who help identify clinical deterioration and support nurses caring for complex patients.

Responsibilities

• Conduct proactive virtual patient rounds and comprehensive chart reviews.
• Monitor real-time physiologic data and identify early signs of clinical deterioration.
• Respond to critical alarms, abnormal vital signs, and emerging patient concerns.
• Initiate virtual patient encounters and collaborate with bedside nurses and providers.
• Assist bedside teams in recognizing opportunities to improve plans of care.
• Partner with physicians and intensivists to optimize clinical outcomes.
• Support evidence-based critical care practices and patient safety initiatives.
• Serve as a trusted resource and mentor for ICU nurses throughout the St. Luke's system.
• Provide an experienced second set of eyes during complex, high-risk patient situations.

Job description

St. Luke’s TeleICU is hiring experienced ICU RNs to provide virtual critical care across four hospitals and two critical access sites from Boise’s Virtual Care Center. Join a collaborative team that mentors bedside nurses, guides decision-making, and supports evidence-based care in a high‑impact, on‑site role.

You’ll monitor real-time data, perform proactive rounds, and coordinate care with intensivists to improve patient outcomes across the system.