A solid physiological foundation enables confident interpretation of monitoring and device data. Our E-Learning modules introduce the principles of fetal heart rate variability and its neural control, the mechanisms of neonatal heat loss and thermogenesis, the transition from fetal to neonatal circulation, and the bilirubin metabolism pathway. Learners explore the pathophysiology of uteroplacental insufficiency, respiratory distress syndrome, and neonatal hypothermia. Through interactive diagrams and concept animations, these modules equip the clinical team with the knowledge to understand what their devices are measuring and why those measurements matter.

Master every Neonatus device through virtual simulation. This module series offers interactive walkthroughs of the Fetal & Maternal Monitor, the handheld Fetal Doppler, the Neonate Resuscitator and Aspirator, the Vein Detector, the Neonatal Ventilator, the Infant Incubator and Radiant Warmer, the Jaundice Meter and Blue Light Therapy unit, and the Digital Baby Scale and Handheld Audiometer. Learners practice configuring CTG alarm thresholds, programming targeted tidal volume ventilation, setting incubator humidity protocols, and performing transcutaneous bilirubin screening. Clinical case studies connect device settings to real-world scenarios—managing a depressed preterm delivery, weaning an infant from phototherapy, transitioning a growing preterm to an open cot—enabling your team to operate with fluency and clinical purpose.

The first minutes after birth determine long-term outcomes. This module covers the complete Neonatal Resuscitation Program (NRP) algorithm: initial assessment, warming and drying, airway positioning and suction, mask ventilation, and chest compressions synchronized with ventilation. Learners practice the correct application of the Resuscitator, selection of appropriate mask size, monitoring of airway pressure via manometer, and interpretation of colorimetric CO₂ detectors. Video-based simulation exercises challenge the learner to make time-critical decisions while operating Neonatus equipment, reinforcing both procedural knowledge and device competence.

Temperature control is life support for the extremely preterm. These modules cover the physics of radiant, convective, evaporative, and conductive heat loss; the rational selection of incubator air temperature setpoints and humidity levels based on gestational age and postnatal day; and the use of polyethylene wraps to reduce evaporative loss. Learners practice setting up a servo-controlled incubator for a 600g infant, interpreting skin versus air temperature trends, and managing the transition from incubator to radiant warmer for procedures and to open cot for discharge planning.

Neonatal jaundice requires a seamless screening-to-treatment pathway. This module series covers the principles of transcutaneous bilirubinometry, the use of hour-specific nomograms to determine phototherapy thresholds, the setup of single and double phototherapy, the measurement of spectral irradiance, and the interpretation of bilirubin decline rates during treatment. Learners practice the post-phototherapy rebound assessment protocol and learn to counsel parents on the signs of worsening jaundice and the importance of follow-up. By embedding evidence-based protocols into device operation, we help prevent kernicterus while minimizing unnecessary hospital stays.

Accurate growth assessment and early sensory screening are cornerstones of well-baby care. These modules guide learners through the correct use of the Digital Baby Scale dynamic weighing, tare function, calibration, the digital Circumference Measuring Tape site identification, consistent tension, and the Handheld Audiometer AABR screening, electrode placement, result interpretation. The integration of measurements into WHO and INTERGROWTH-21st growth charts is demonstrated, along with referral criteria for microcephaly, severe underweight, and failed hearing screens. By standardizing measurement technique, we enable meaningful tracking of every infant’s developmental trajectory.