Respiratory therapist CVs fail in ways that are specific to the credential structure of the profession. The most common: RRT credential listed without specialty certifications (RRT-ACCS, RRT-NPS, RRT-SDS) that directly determine ICU, paediatric, or sleep lab eligibility; ECMO specialist training not stated despite being a verifiable ELSO-based credential that ICU RT hiring managers specifically filter for; and mechanical ventilation management described as a generic skill without the protocol specificity — ARDSNet tidal volume targets, RSBI-guided weaning, PEEP table management — that distinguishes an advanced critical care RT from a general staff RT. At the credential tier where RRT-ACCS certification is held alongside ECMO training and tracheostomy management experience, the CV needs to match that scope.
What Respiratory Therapist Job Descriptions Require in 2026
RRT credentials and state license: NBRC (National Board for Respiratory Care) — the US credentialing body for respiratory therapists; CRT (Certified Respiratory Therapist) — entry level (written exam); RRT (Registered Respiratory Therapist) — gold standard advanced credential (two-part exam: written + clinical simulation examination — ClinSim; passing both required for RRT); RRT must appear prominently at top of CV — listed as "[Name], RRT" before any title; state respiratory therapy license — most US states require CRT or RRT for clinical practice; some states (Louisiana, Michigan, California) require specific state exam in addition to NBRC credentials; state license number should be stated alongside RRT credential; advanced NBRC specialty credentials: RRT-ACCS (Adult Critical Care Specialist) — advanced critical care ventilation management, hemodynamic monitoring, ECMO, advanced airway management — highest-value credential for ICU RT positions; RRT-NPS (Neonatal/Pediatric Specialist) — NICU, PICU, paediatric transport; RRT-SDS (Sleep Disorders Specialist) — polysomnography, CPAP/BiPAP titration; RPFT (Registered Pulmonary Function Technologist) — PFT lab, spirometry, DLCO, plethysmography; CPFT (Certified Pulmonary Function Technologist) — entry-level PFT; Canada: RRT registered in provincial college — CRTO (College of Respiratory Therapists of Ontario), BCRTA (BC Respiratory Therapy Association); CSRT (Canadian Society of Respiratory Therapists) membership; UK: no equivalent protected title — respiratory care delivered by physiotherapists with ACPRC membership (Association of Chartered Physiotherapists in Respiratory Care), respiratory nurse specialists, or clinical physiologists (ARTP — Association for Respiratory Technology and Physiology — spirometry competency); ARTP Practitioner Certificate in Respiratory Function Studies (PwRFS); BTS (British Thoracic Society) — guideline competency; ERS (European Respiratory Society) membership; ICU respiratory management in UK — physiotherapy-led.
ICU mechanical ventilation — core clinical scope: Mechanical ventilation modes — foundational clinical knowledge that must appear as specifics, not generic mentions: Volume Control (VC-AC — Assist Control Volume Control): set VT + rate; pressure-dependent; lung protective: VT 6 ml/kg IBW; plateau pressure <30 cmH2O limit; Pressure Control (PC-AC): set inspiratory pressure + rate; VT varies with compliance; preferred in ARDS for pressure targeting; SIMV (Synchronized Intermittent Mandatory Ventilation) + Pressure Support: set mandatory rate + PS level on spontaneous breaths; Pressure Support Ventilation (PSV): patient-triggered + pressure-supported; used for weaning phase; APRV (Airway Pressure Release Ventilation): bilevel pressure (Phigh and Plow) with extended Thigh (3–6 seconds) and short Tlow (0.4–0.8 seconds); goal: mean airway pressure optimisation with spontaneous breathing; used in ARDS; monitoring: plateau pressure (Pplat) — breath-hold technique; auto-PEEP detection (expiratory flow trace; obstructed exhalation); static compliance (VT / (Pplat - PEEP) — normal >60 mL/cmH2O); dynamic compliance; airway resistance; driving pressure (Pplat - PEEP; target <15 cmH2O — Amato et al. 2015); ARDSNet protocol: VT 6 ml/kg predicted body weight (PBW — [male: 50 + 2.3 × (heightinches - 60); female: 45.5 + 2.3 × (heightinches - 60)]); plateau pressure ≤30 cmH2O; lower PEEP/high FiO2 or high PEEP/low FiO2 tables (ARMA trial — NHLBI); FiO2 titration to SpO2 88–95% (or PaO2 55–80 mmHg); permissive hypercapnia — pH goal ≥7.20; prone positioning: 16+ hours/day (PROSEVA trial); RT role: turn team facilitation, circuit management, ETT securement during prone; neuromuscular blockade: cisatracurium (ACURASYS trial — 48h early infusion for moderate-severe ARDS; ROSE trial — no mortality benefit in unselected; RT role: TOF monitoring — Train of Four; count ≥2 during NMB infusion); HFOV (High Frequency Oscillatory Ventilation): Pco oscillatory pressure; mPaw; frequency (Hz); VTs 1–4 mL/kg; used in paediatric and neonatal more than adult (OSCILLATE/OSCAR trials did not show benefit in adult ARDS); HFNC (High Flow Nasal Cannula): Optiflow (Fisher & Paykel Airvo 2 or Airvo 3), Vapotherm; flow 20–60 L/min; FiO2 0.21–1.0; ROX index (SpO2/FiO2)/RR — ROX <4.88 at 12h predicts HFNC failure (Roca et al.); NIV (Non-Invasive Ventilation): BiPAP (IPAP/EPAP settings); interfaces: nasal mask, oronasal mask, total face mask (Respironics BiPAP A40; Philips DreamStation 2 for homecare; ICU ventilators in NIV mode — Puritan Bennett 980, Maquet Servo-u); applications: COPD exacerbation (NICE NG115 — NIV for pH <7.35 with PaCO2 >45 mmHg — target pH improvement within 4h); acute cardiogenic pulmonary oedema (CPAP 5–10 cmH2O); post-extubation prophylactic NIV (COPD patients, Nava et al.).
Ventilator weaning and liberation: SBT (Spontaneous Breathing Trial) protocol: daily assessment for weaning readiness (CPAP ≤8 cmH2O; FiO2 ≤0.40–0.50; haemodynamic stability; no vasopressors or low dose; GCS ≥8 or following commands; resolved/resolving cause of intubation); SBT methods: T-piece trial (ETT disconnected to humidified oxygen — 30 min to 2h); low-level PS + PEEP (PS 5–8 cmH2O + PEEP 5 cmH2O — 30–120 min); CPAP alone; RSBI (Rapid Shallow Breathing Index = f/VT in L): <105 predicts successful extubation (Yang and Tobin, NEJM 1991); RSBI measured during first 1–2 minutes of SBT; extubation criteria: successful SBT + adequate secretion management + patent upper airway + cough strength + mental status; post-extubation HFNC or NIV prophylaxis (Hernández et al. — prophylactic Optiflow post-extubation reduced reintubation in high-risk patients); spontaneous awakening trial (SAT): daily sedation interruption (ABCDEF Bundle — ICU Liberation); SAT + SBT coordination (Girard et al. NEJM 2008); RT role in SAT: communicate with nursing on SAT timing; assess ventilator response once sedation lightened; early mobility: mobility team (PT, OT, RT, nursing); passive ROM during ventilation; progression to active exercise; weaning data to document on CV: "mean time to successful extubation from MV initiation: 4.8 days (ICU; ARDS subset: 8.2 days); RSBI <105 at first SBT: 71% of patients; first SBT pass rate: 68%; reintubation rate within 48h: 9% (unit benchmark 12%)."
ECMO specialist training and certification: ECMO (Extracorporeal Membrane Oxygenation) — ELSO (Extracorporeal Life Support Organization) training certificate: the standard US ECMO training qualification; coursework: ELSO Red Book (ECMO Specialist Training Manual); circuit priming; cannulation assistance; pump management; membrane lung management; anticoagulation management; emergencies (air embolism, circuit failure, oxygenator clotting); RT-ECMO specialist (differentiated from perfusionist ECMO management at some centres — joint practice models); circuit types: VV-ECMO (venovenous — cannulation: bicaval dual-lumen single cannula (Avalon Elite catheter — right jugular) or bicaval two-cannula (femoral + jugular); indications: severe ARDS, bridge to lung transplant, acute respiratory failure — CESAR trial, EOLIA trial); VA-ECMO (venoarterial — indications: cardiogenic shock, post-cardiac surgery failure, massive PE); circuit monitoring: blood flow (L/min); sweep gas flow (L/min; increasing sweep increases CO2 clearance); FdO2 (fraction of oxygen in sweep gas); post-membrane PO2 (>300 mmHg confirms membrane oxygenator function); ACT (Activated Clotting Time — target 180–220 seconds during UFH infusion; anti-Xa levels at some centres); circuit complications: oxygenator clot (rising transmembrane pressure gradient TMdP — change membrane); cannula displacement monitoring; haemolysis (LDH, plasma Hgb); circuit-acquired infection; decannulation: ECMO weaning trial (gradual flow reduction + FdO2 reduction; VV-ECMO: clamp to evaluate native lung function; VA-ECMO: trial on minimal flow with IABP support — echo-guided); ICU team including RT in ECMO patients — documentation: "ECMO specialist certification [ELSO/centre programme, year]; [N] patients managed on VV-ECMO (2022–2025; mean duration 9.4 days); [N] on VA-ECMO; decannulation successfully coordinated: 74%; ECMO team lead for [N] acute circuit changes."
Pulmonary function testing and diagnostics: Spirometry (ATS/ERS 2019 standards): 3 acceptable FVC manoeuvres; 2 reproducible FVC within 150mL; FEV1 within 150mL; best FVC and best FEV1 reported (may be from different manoeuvres); back-extrapolation — start of test artefact; BTPS correction (body temperature and pressure, saturated); flow-volume loop interpretation; pattern: obstruction (FEV1/FVC <0.70 or GLI Neonatal and paediatric respiratory (RRT-NPS): NRP (Neonatal Resuscitation Program — AAP 8th edition 2021): assessment at birth (tone, breathing, colour); T-piece resuscitator (Neopuff — set PIP 20–25 cmH2O, PEEP 5 cmH2O; max PIP 30 cmH2O); PPV (positive pressure ventilation — rate 40–60/min; T-piece or self-inflating bag); intubation: neonatal size ETT (gestational age–based: <28 weeks 2.5mm, 28–34 weeks 3.0mm, >34 weeks 3.0–3.5mm); laryngoscope (straight blade — Miller 0 or 00); ETT placement: lip-to-tip = gestational age + 6 (neonatal guide); surfactant therapy: LISA (Less Invasive Surfactant Administration — thin catheter via laryngoscope, without ETT, patient breathing spontaneously — Poractant alfa 100–200 mg/kg); or standard ETT administration (Instill, disconnect, CPAP resume); neonatal CPAP: INSURE (INtubate SURfactant Extubate) — increasingly replaced by LISA; bubble CPAP (Fisher & Paykel Bubble CPAP; nasal prongs or mask); iNO (inhaled nitric oxide — iNO for PPHN: maximum dose 20 ppm; SpO2 target ≥90%; response assessment: P/F ratio or OI improvement within 1h; iNO weaning (gradual reduction — rebound risk if stopped abruptly; 1 ppm steps once stable); HFOV for neonates (SensorMedics 3100A — neonatal); paediatric mechanical ventilation: age-appropriate tidal volumes (4–8 ml/kg IBW); paediatric lung protective targets; air leak syndromes (pneumothorax — transillumination; needle decompression 2nd ICS MCL — RT presence); tracheostomy for chronic ventilator dependence (Passy-Muir valve weaning protocol); transport: neonatal transport ventilator (Babylog 1000, Newport HT70+, Dräger Caleo); CPAP/HFNC in flight — ATLS transport considerations. Non-obvious truth — RRT-ACCS certification and ECMO specialist status as the absent critical care credentials: The RRT-ACCS (Adult Critical Care Specialist) credential is the most consistently absent advanced certification on respiratory therapist CVs despite being the most relevant for ICU positions. The ACCS examination tests domains that general RRT does not: advanced hemodynamic monitoring, ECMO management, neuromuscular disease management, renal replacement therapy interaction with ventilation, and complex weaning protocols. ICU RT positions at level 1 trauma centres, ECMO centres, and academic medical centres increasingly list RRT-ACCS as preferred or required — yet the credential is absent from most ICU RT CVs even when held. ECMO specialist certification (ELSO programme or institution-based) is similarly absent: the number of patients managed as primary ECMO specialist, circuit events managed, and decannulation rate are measurable outcome data that precisely differentiate an ECMO-trained RT from one with general ICU experience. A CV that states "RRT-ACCS (NBRC, [year]); ECMO specialist (ELSO centre programme, [year]; 28 VV-ECMO patients as primary specialist RT 2022–2025; mean ECMO duration 9.4 days; 74% decannulation success)" is presenting a credential and outcome profile that eliminates competition from any ICU RT who doesn't have it. Respiratory therapist salary context 2026: US RRT (general): $55,000–$80,000; ICU-specialised: $70,000–$95,000; ECMO specialist: $80,000–$110,000; travel RT: $90,000–$140,000; neonatal specialist: $70,000–$100,000; PFT lab: $55,000–$75,000; Canada RRT: C$60,000–C$90,000. Placement: RRT (and specialty credential) after name and at top of CV — "[Name], RRT, RRT-ACCS" format. ECMO training in qualifications section with year. RRT-NPS and RRT-SDS in credentials, not buried in skills. Ventilation protocol specifics (ARDSNet VT targets, RSBI data, weaning rates) in every ICU role entry. PFT competency as a distinct clinical skills section. Section order:
1. Credentials — RRT (NBRC, year); specialty certifications (ACCS/NPS/SDS/RPFT) with year; ECMO specialist certification; state license(s) with number(s); BLS/ACLS/PALS/NRP dates
2. Education — AS/BS/MS in Respiratory Therapy or Respiratory Care (programme, university, year); ELSO ECMO specialist course; NRP provider
3. Clinical Experience — chronological; facility, type, bed count; RT unit covered; ventilator census; weaning data; ECMO cases; ECMO specialist volume
4. Clinical Skills — ventilator modes by name, weaning protocols, ECMO specialist scope, ABG management, intubation, tracheostomy, PFT, neonatal scope (if applicable)
5. Equipment — ventilators by model (Maquet Servo-u/i, Puritan Bennett 840/980, Dräger Evita Infinity V500, Hamilton G5, GE Carescape R860); HFNC (Optiflow Airvo 2/3); NIV systems; ECMO circuit (Maquet Cardiohelp, Terumo Capiox, Sorin Stöckert)
6. Professional Development — NBRC CME, AARC (American Association for Respiratory Care) membership, annual conferences, state RT society Three example respiratory therapist CV bullets: ICU ventilation management bullet: "Registered Respiratory Therapist, RRT-ACCS — Medical ICU / Surgical ICU (Level 1 Trauma, Academic Medical Center; 48-bed combined ICU; 1:4 RT:patient ratio; 24-hour shift coverage): mechanical ventilation census: 20–28 vented patients per shift; primary modes managed: VC-AC (most common), PC-AC (ARDS protocol), APRV (severe ARDS — Phigh 25–28 cmH2O, Thigh 4–5 seconds, Tlow 0.4–0.6 seconds), PSV (weaning phase); ARDSNet protocol implementation: P/F ratio screening (ARDS criteria <300); VT reduction to 6 ml/kg PBW; Pplat ≤30 cmH2O; driving pressure target <15 cmH2O (driving pressure monitored daily on all ARDS patients — driving pressure >15 cmH2O on 6 ml/kg PBW: titrate down to 4–5 ml/kg with permissive hypercapnia); high PEEP/low FiO2 table for P/F <150; prone positioning coordination (18h/day in eligible ARDS patients — prone team leader for RT component: ETT securement, circuit extension, eye care protocol, supine to prone communication checklist); SBT protocol: daily readiness screen at 0600 (sedation score RASS ≤-1, FiO2 ≤0.5, PEEP ≤8, haemodynamically stable); 2h CPAP/PS 5+5 cmH2O trial; RSBI measured at minute 2 of SBT — RSBI <105: continue SBT; ≥105: return to pre-SBT settings; SBT pass rate: 72%; reintubation within 48h of extubation: 7.8% (unit benchmark 10%); mean vent days in ARDS cohort: 9.2 (institutional average 10.5)." ECMO specialist bullet: "ECMO Specialist RT — Cardiac/Respiratory ECMO Program, [Medical Center]: ELSO ECMO Specialist Training Program (year); institutional ECMO competency validated [year]; VV-ECMO experience as primary specialist (2022–2025): 31 VV-ECMO patients; indications: severe ARDS (22), massive pulmonary embolism bridge (3), bridge to lung transplant (4), H1N1/COVID-19 ARF (2); cannulation approach: bicaval dual-lumen Avalon Elite (23 patients — right IJ, fluoroscopy-guided) and bicaval femoral + right IJ (8 patients); circuit management duties: pump speed (RPM) management; sweep gas titration (increase sweep 0.5 L/min for PaCO2 elevation; decrease for alkalosis); FdO2 management; membrane oxygenator monitoring (transmembrane delta P — change at >50 mmHg); anticoagulation: UFH infusion with ACT target 180–220 seconds (measured q4h); anti-Xa 0.3–0.7 IU/mL goal at some cases; circuit emergencies managed: 3 oxygenator changes (TMP rise); 1 acute decannulation (PT accidental pull during repositioning — emergent manual circuit clamping, emergent recannulation); decannulation: 23/31 successfully decannulated (74.2%); mean duration 10.1 days; 5 bridge to transplant (4 successfully transplanted); 3 comfort-directed withdrawal of support; VA-ECMO: 8 patients as primary specialist (cardiac surgery post-cardiotomy shock ×4; cardiogenic shock bridge ×3; massive PE bridge ×1)." Neonatal RT bullet: "Neonatal Respiratory Therapist, RRT-NPS — Level IV NICU (42-bed; regional referral NICU; subspecialty: ECMO, CDH, cardiac): surfactant administration: LISA technique (Poractant alfa 200 mg/kg via OG catheter — patient on CPAP; technique: laryngoscopy with view of cords, catheter advanced to carina, surfactant instilled over 1 minute; 68 LISA procedures in 24 months; ETT surfactant in non-breathing candidates; Calfactant for selective surfactant trial protocol); bubble CPAP management: Fisher & Paykel Bubble CPAP System; initial PEEP 5 cmH2O; FiO2 titration to SpO2 90–95%; prongs vs mask selection by gestational age and nasal anatomy; iNO therapy: 18 patients treated (PPHN ×11; CDH post-repair ×5; meconium aspiration ×2); initial dose 20 ppm; dose titration per oxygenation response (OI target <25); weaning by 1 ppm steps when OI <10 and FiO2 <0.6; rebound hypoxaemia monitoring (1h post each 5 ppm reduction); HFOV: Dräger BabyLog 8000 Plus; mean airway pressure selection; frequency 10 Hz; delta P optimisation; chest radiograph chest expansion assessment; neonatal intubation (urgent): uncuffed ETT by gestational age; Miller straight blade size 0 (ELBW) or 00; confirmation by CO2 colorimetric + chest rise + bilateral air entry; NRP provider (AAP 8th edition, current); neonatal transport: 14 outborn transports in 12 months; transport ventilator: Dräger Babylog 1000+; pre-transport stabilisation checklist." Specialty credentials listed at the end or not at all. RRT-ACCS, RRT-NPS, and RRT-SDS are not add-on credentials — they are scope-defining certifications that determine which positions an RT is eligible for. ICU positions at level 1 trauma centres and academic medical centres increasingly specify RRT-ACCS as preferred or required. NICU and PICU RT positions at level IV centres require or strongly prefer RRT-NPS. Sleep laboratory RT positions require RRT-SDS or CPFT/RPFT. When these credentials are buried at the bottom of a CV or omitted entirely, the application does not clear the screening criteria that HR and hiring managers apply before reading the CV. Specialty credentials should appear immediately after the name — the format "[First Name Last Name], RRT, RRT-ACCS, RRT-NPS" is the standard presentation for respiratory therapists with multiple credentials — not a list item on page two under "Certifications." ECMO specialist training absent despite holding it. ECMO programmes are present at an increasing number of US hospitals — over 400 ECMO centres as of 2024 (ELSO registry). Each centre that offers ECMO needs RT staff trained in circuit management, and ECMO specialist RTs are in significantly shorter supply than the demand created by ECMO programme expansion. The ELSO ECMO specialist training certificate is a verifiable credential with documented coursework hours and supervised practice requirements. An RT who holds it, has managed a double-digit number of ECMO patients as primary specialist, and can document decannulation rates and circuit events managed is presenting credentials that only a small fraction of RT applicants can match — but only if those credentials appear on the CV. An RT whose ECMO training and patient volume is in their head but not on their CV is giving up the most differentiating advantage they have. Ventilation management described generically. "Experienced in mechanical ventilation" is present on virtually every ICU RT CV. The specific information employers want — which protocols the RT follows, what their weaning data looks like, how they manage ARDS patients — is present on almost none. ARDSNet protocol implementation, RSBI-guided SBT management, driving pressure monitoring, prone positioning coordination, and post-extubation HFNC prophylaxis are specific clinical decisions with specific criteria and measurable outcomes. An RT who manages 28 vented patients per shift with a 72% SBT first-pass rate and a 7.8% reintubation rate within 48 hours has numbers worth stating. Those numbers differentiate a high-performing ICU RT from a general staff RT in ways that "ventilator management" as a bullet point never will. If you are a respiratory therapist applying for ICU, ECMO, NICU, PFT lab, or travel RT positions and want your CV rebuilt around your RRT credentials, specialty certifications, ECMO specialist training, ventilation protocol specifics, and patient outcome data, Resumegpt generates your respiratory therapist CV from your work history in under 60 seconds — RRT and specialty credentials at the top, ECMO training and patient volume documented, ventilation protocols specified, and ATS-optimised for ICU, NICU, and specialist respiratory therapist applications in 2026.ATS Keywords for a Respiratory Therapist Resume
Respiratory Therapist CV Structure and Example Bullets
Three Respiratory Therapist CV Mistakes That Cost Positions