Pulmonary Function Tech (PRN) — Impactful PFT Roles

UT Southwestern; Dallas (TX); On-site; USD 65,000 - 80,000; Full time

Benefits offered by this job

PPO medical plan

Preventive care coverage

Paid Time Off

Retirement programs (TRS)

Paid parental leave

Wellness programs

Tuition reimbursement

PSLF-qualified employer

On-site childcare

Job summary

UT Southwestern Medical Center in Dallas, TX seeks a Respiratory Therapist to perform PFT and CPX testing for all age groups, including neonatal care. The role emphasizes collaboration with clinicians, accurate data reporting, and patient-focused care.

Required is an Associate's Degree in Respiratory Care with NBRC/TCB clearance, Texas license on hire, and BLS certification; a Bachelor's degree is preferred and experience in pulmonary function labs is valued.

Qualifications

• Associate's Degree - Graduate of accredited program in respiratory care
• Six months in Pulmonary Function Lab A.A.S
• Texas Medical Board License by the TMB Upon Hire and NBRC Upon Hire; BLS; RPFT/CPFT within 180 Days

Responsibilities

• Performs PFT and CPX testing according to department policies.
• Arterial blood gas testing.
• Assess patient effort/cooperation for PFT testing.
• Communicate with physician regarding tests and data.
• Maintain pulmonary function records and test data.
• Participate in inventory control and equipment maintenance.

Skills

PFT testing

CPX testing

ABG testing

Arterial puncture

Teamwork

Communication with physicians

Education

Associate's Degree in Respiratory Care

Bachelor's Degree in Respiratory Care (preferred)

Job description

UT Southwestern Medical Center in Dallas, TX seeks a Respiratory Therapist to perform PFT and CPX testing for all age groups, including neonatal care. The role emphasizes collaboration with clinicians, accurate data reporting, and patient-focused care.

Required is an Associate's Degree in Respiratory Care with NBRC/TCB clearance, Texas license on hire, and BLS certification; a Bachelor's degree is preferred and experience in pulmonary function labs is valued.