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The Importance of Stage-Specific Simulation in Paediatric Training

18 September 2026 by
The Importance of Stage-Specific Simulation in Paediatric Training
Simulaids Ltd, Bradley Lawrence

Each stage of paediatric development brings a different airway, a different chest, a different set of interventions and a different margin for error. Paediatric training it isn't adult training scaled down, and that same logic applies to infant and neonatal training. Paediatrics consists of may subspecialties and treating them as one group still misses the point of what makes stage-specific simulation useful.

Why isn't "paediatric" specific enough on its own?

A newborn in the first minutes after birth and a toddler in cardiac arrest are both, technically, paediatric patients. Beyond that, they are very different clinically. Newborn Life Support and Paediatric Life Support are distinct pathways, each with its own priorities and points where things can go wrong. 

The market has traditionally forced a choice between two extremes: static task trainers with no whole-patient integration, or complex, high-fidelity systems bundled into equipment sized for a very different budget and scenario. A programme that needs to rehearse the newborn sequence one week and paediatric life support the next in not served well by either end of that spectrum.

What does stage-specific training actually look like?

For the newborn window, AVA is built to full-term newborn proportions and presentaions, with clearly identifiable vocal cords and anatomical landmarks. Nasal and supraglottic passages respond to head positioning, to teach correct alignment , and chest compressions require the depth and resistance guidance for a newborn, with a ribcage that deforms realistically for feedback. A companion task trainer supports umbilical venous access, the preferred emergency vascular route in NLS, with a replaceable cord and reservoir for full fluid-exchange practice.

For the infant stage, NOA is built to solve a different problem. Its airway offers genuine lung compliance and real resistance, and is fully compatible with LMAs, iGels and ventilators, supporting the transition from manual to mechanical ventilation within a single scenario. RIB CORE gives instructors live feedback on compression depth, rate and vital signs, turning CPR practice into something measurable rather than a best guess. At 4.3 kg and wireless, it is also built to be set up and running within minutes, which matters in a training session where equipment faff eats into rehearsal time.

What's the risk of getting the stage wrong?

Practising chest compressions on a ribcage that deforms to the wrong depth, or an airway that offers the wrong resistance, does not produce a smaller, slightly imperfect version of correct training. It produces confident, well-rehearsed technique calibrated to a patient who does not exist. Procedural memory is built to be specific to what was rehearsed, so training newborn resuscitation on infant-scaled equipment, or the reverse, risks embedding the wrong instinct rather than simply an incomplete one.

Why does this distinction matter for institutions?

A paediatric training pathway needs equipment that matches the specific stage or stages a programme actually covers, whether that's the newborn window, the infant stage, or both. Alongside AVA and NOA, Simulaids' wider range of specialist simulators  covers the other stages and scenarios a full paediatric programme needs to plan for.

Both AVA and NOA were exhibited at the recent National Maternity Safety Conference. Delegates handling both simulators particularly noticed the accuracy of the compression feedback, AVA's realistic newborn resistance and depth alongside NOA's live RIB CORE data, as the clearest example of what stage-specific training actually adds over a generic paediatric trainer.

That kind of detail, from realistic airway resistance to compression feedback matched to the right patient, is exactly why stage-specific training matters. A simulator that sits under the generic paediatric label, that doesn't match the resistance, airway or sequence for the relevant stage, leads to confident technique rehearsed on the wrong patient. 

To discover how AVA or NOA can support your training pathway, get in touch with our team to arrange a demo.