Respiratory Therapist

Job Title

Respiratory Therapist – Respiratory/Neuro Diagnostics

Location

Cleveland, OH | Acute Care

Schedule / Job Type

Contract | Nights | 3x12-Hour Shifts (7:00 PM – 7:30 AM) | Weekends as needed

Key Responsibilities

• Provide respiratory and neuro diagnostics therapy services during night shift hours in an acute care setting
• Float as needed to affiliated facilities, which may include various regional campuses
• Deliver patient care in compliance with facility policies, specialty protocols, and regulatory standards
• Maintain active NBRC certification and BLS throughout the duration of the contract
• Complete all required facility modules, orientation, and annual hands-on competency requirements as directed

Required Qualifications

• Minimum of 2 years of experience as a Registered Respiratory Therapist (RRT)
• Active Ohio RRT license required — must be in hand at time of submission
• Active NBRC certification required — must be in hand at time of submission; nothing pending
• Active BLS certification required — must be in hand at time of submission; nothing pending
• Two professional references from a manager, assistant nurse manager, supervisor, or director in the applicable specialty, from assignments worked within the past 12 months, are required for submission
• Must be nicotine-free; negative 10-panel drug screen including nicotine (cotinine) required within 12 months of start date and updated annually
• Local candidates are welcome and accepted at the same rate

Preferred Experience / Skills

• Experience in neuro diagnostics or a related subspecialty within respiratory therapy
• Familiarity with multi-site or float pool environments across health system campuses
• Experience working in a large academic or high-acuity acute care facility

Why Join Us

• Opportunity to work within a nationally recognized acute care health system with access to diverse patient populations and clinical settings
• Eligible candidates may extend their contract for up to 18 months, offering long-term stability in a high-quality clinical environment