RET4886 is the third clinical practicum, and at the University of West Florida it is the neonatal and paediatric rotation — the point at which a respiratory care student works with the smallest and most fragile patients in the hospital.
UWF describes it as providing "an opportunity for students to acquire respiratory care experience with neonatal and pediatric patients in the healthcare setting," through "supervised clinical experience in the neonatal and pediatric areas of medical facilities via assigned rotations." Competencies include continuing Practicum I and II duties plus neonatal-paediatric patient assessment, labour and delivery assistance, resuscitation methods, pharmacological interventions and specialty diagnostic procedures, while further developing adult critical care skills.
⚠⚠ Neonatal and paediatric respiratory care is not adult care performed on smaller people, and that is the intellectual content of this rotation. Infants have different airway anatomy, different lung mechanics, different normal values, immature respiratory control and a transitional circulation. A premature infant's lungs may lack surfactant entirely. Equipment is different, drug dosing is weight-based with no margin, and the physiological reserve that lets an adult tolerate a mistake for a few minutes is largely absent.
The rotation also includes labour and delivery, where a respiratory therapist attends high-risk deliveries and may be responsible for the immediate resuscitation of a newborn. ⚠ That is a substantial responsibility and it is why Neonatal Resuscitation Program certification is normally required before the rotation begins.
Two Florida public institutions carry this number: the University of West Florida and Florida A&M University, both at four credits. ⚠ Prerequisite: RET3885. ⚠⚠ Note that Florida's statewide description of this number describes something different from UWF's course — see Special Information, because it matters for transfer.
| Institution | Its title | Credits | Prerequisite |
|---|---|---|---|
| University of West Florida (SUS) | Clinical Practicum III | 4 | RET 3885 |
| Florida A&M University (SUS) | Clinical Process / Diagnostics and Interventions III | 4 | not published |
Both carriers award four credits — an increase from three at the first two practica, reflecting more clinical hours. ⚠ FAMU's title adds "Diagnostics", which aligns with the statewide description's emphasis on advanced diagnostic skills.
The 180 contact hours recorded here is derived: clinical practicum credit is conventionally computed at roughly three contact hours per credit per week, so four credits across a fifteen-week term is approximately 180 hours of clinical time. ⚠ The 45-hour figure a four-credit lecture convention would give badly misdescribes a clinical course, which is why the clinical derivation is used. Treat it as an order of magnitude and get your programme's actual requirement.
⚠ FAMU's catalogue was not reachable when this guide was written, so the detail is from UWF's published description and Florida's statewide record.
This is the most important transfer point on this page, and it is unusual enough to be worth setting out plainly.
Florida's statewide description of RET4886 | UWF's RET4886 |
|---|---|
| advanced diagnostics and intervention skills in non-traditional and home care settings; emphasis on epidemiological, psychosocial, environmental and economic aspects of care | neonatal and paediatric patients; labour and delivery, resuscitation, weight-based pharmacology, specialty diagnostics |
⚠⚠ These are genuinely different rotations. They are not different wordings of one thing: home care in the community and neonatal intensive care are different settings, different patient populations and different skill sets.
What appears to be happening is a difference in sequence order rather than in total coverage. UWF places neonatal-paediatric at the third practicum and extended care — sub-acute, sleep, home health, pulmonary rehabilitation — at the fourth. Florida's statewide sequence places home and non-traditional care at the third and specialty areas at the fourth. Both cover the ground by the end of the sequence; they arrive in a different order.
⚠⚠⚠ The consequence is specific and real: a student who transfers MID-SEQUENCE may have covered different material than a receiving programme assumes at that point in its own sequence. A student arriving with UWF's Practicum III has neonatal-paediatric experience and may lack home care; a student arriving from a programme following the statewide order may have the reverse.
What to do about it: if you move institutions part-way through a clinical sequence, supply your completed competency records and clinical hour logs, not the course numbers. Those records describe what you have actually done; the number does not. Expect — and ask for — placement on the basis of demonstrated competencies.
⚠⚠⚠ This is the most time-critical item on this page. A neonatal and paediatric rotation normally requires Neonatal Resuscitation Program (NRP) certification, and frequently Pediatric Advanced Life Support (PALS) as well, before a student may enter the unit.
Book these early. Provider courses run on fixed schedules, fill up, and cannot be arranged at short notice. ⚠ An uncertified student cannot attend deliveries or work in the NICU, and in a cohort-sequenced programme a missed rotation is not easily rescheduled. Confirm with your clinical coordinator exactly which certifications are required and by when.
The standing placement requirements also continue and are frequently renewed: Level 2 background screening, immunisations and tuberculosis screening, drug screening, and health insurance. ⚠ Paediatric facilities sometimes impose additional requirements — extra immunisations are common, since the patient population is vulnerable.
Worth stating explicitly because it is the most consequential technical difference from adult practice.
Paediatric and neonatal drug doses are calculated by weight, which means a decimal-point error produces a tenfold overdose rather than a mildly wrong dose, and a small patient has little reserve to tolerate it. ⚠ This is why paediatric units use independent double-checks, pre-calculated reference charts and protocol-governed dosing rather than relying on individual arithmetic.
Use the site's own dosing reference every time, expect to have your calculation checked, and check others' when asked. ⚠ Being asked to verify a colleague's calculation is not distrust — it is the safety system working, and a student who understands that will be trusted faster than one who finds it insulting.
Practicum II introduces death in intensive care. ⚠ This rotation introduces it in infants and children, and most people — including experienced clinicians — find that different in kind rather than degree.
You will also work closely with parents who are frightened, exhausted and sometimes angry, in circumstances where there is often nothing reassuring to say. That is part of the work.
⚠ The same advice applies as in Practicum II and it is worth repeating: talk to your preceptor or clinical coordinator, and use your institution's counselling services. Neonatal and paediatric units are generally good at supporting staff through this, because they have to be. Asking for support is a professional norm in these units, not a weakness — and a student who concludes from a hard week that they are unsuited to the field should reach that conclusion with support rather than without it.
⚠ Strictly ordered: RET3884 → RET3885 → RET4886 → RET4887, each the prerequisite for the next, running annually in a cohort. Failing one delays every subsequent one, typically by a full year.
This practicum is the prerequisite for RET4887, the final practicum, in which all entry-level competencies must be completed. It runs alongside the specialty coursework — RET4718 (Neonatal-Pediatric Respiratory Care) in particular, which supplies the theory this rotation applies. ⚠ If your programme lets you take them concurrently, that pairing is worth arranging.
CoARC accredits respiratory care programmes as programmes, separately as entry into professional practice and as degree advancement. ⚠⚠ Eligibility to sit the NBRC credentialing examinations runs through completing an appropriate accredited programme, not through accumulating credit. Supervised clinical experience is precisely what an accredited programme attests to and a transcript cannot. Confirm your programme's CoARC status and type, and verify requirements with CoARC, the NBRC and the Florida Board of Respiratory Care.
⚠ A 4000-level course carrying upper-division credit. Florida's statewide record classifies it as transferable to an institution offering the same course, with no Gordon Rule designation and no general-education category. It is marked for dual enrolment with elective high-school credit — ⚠ but every active RET number carries that identical marking, so it is prefix-wide boilerplate.
⚠⚠ Given the sequence-order difference described above, this is the practicum whose transfer needs the most care. Keep every competency evaluation and clinical hour log, and expect a receiving programme to assess you on what you have demonstrated rather than on the course number.
⚠⚠⚠ The confidentiality rule applies with additional force here: do not put patient information into any AI tool. Neonatal and paediatric cases are the most identifiable in the hospital — a gestational age, a birth weight, a diagnosis and a unit can identify an individual infant in a way an adult case rarely is. ⚠ The protections around paediatric patient information are, appropriately, the strictest you will encounter. Where a case study is assigned, use your programme's de-identification standard and ask before writing.
⚠⚠ The technical caution specific to this rotation is dosing, and it is worth being blunt: never use a general-purpose language model for a paediatric drug dose. Weight-based dosing has no margin for error, dosing references differ between institutions and are revised, and a model will produce a confident figure with no indication of source, edition or institutional protocol. The operative reference is the one your unit uses, checked independently by a second person. This is the single clearest case in a respiratory care curriculum where a fluent wrong answer causes direct harm.
There is a more interesting point about this setting, and it is one the rotation teaches well. Neonatal intensive care is heavily monitored and heavily automated — continuous oximetry, transcutaneous monitoring, ventilators with closed-loop oxygen control, automated alerting. ⚠ And the patients cannot report anything. An adult tells you they feel short of breath; an infant does not.
That combination — maximal instrumentation, zero self-report — makes clinical observation more important rather than less. The signs are physical: work of breathing, colour, tone, feeding, the quality of a cry. ⚠ Experienced neonatal clinicians routinely act on an impression that an infant "doesn't look right" before any monitor changes, and that judgement is built by attentive repetition at the bedside. It is the clearest example in the profession of something the instruments genuinely cannot supply.
Where these tools help: understanding a mechanism after the shift, learning the pathophysiology of a condition you met, and generating practice questions from the NPS content outline. ⚠ Anything about an actual patient goes to your preceptor.
Generated September 15, 2026 · Updated September 15, 2026