BabyWorks
BabyWorks is a neonatal/paediatric ultrasound training simulator, which covers the head, heart, lungs, abdomen and bladder. Our realistic manikin, Sam, can help trainees learn probe manipulation skills and identify key anatomical structures and landmarks. BabyWorks Sam is perfect for all Point of Care Ultrasound (PoCUS) simulations without risking patient comfort.
Latest release of BabyWorks sees Intelligent Ultrasound’s Infant Manikin Growing at Pace
In the latest release of BabyWorks, IU has added another six cardiac pathologies to the simulator and, through collaboration with specialists, further improved the lungs.
Southmead Hospital invests in BabyWorks to teach bedside ultrasound for neonates.
Southmead Hospital has invested in the BabyWorks simulator to support hands-on teaching in bedside ultrasound for neonatology trainees in the south-west region. Dr David Evans MBE, Consultant Neonatologist & Director of Medical Education shared "The 3D models and the simulations offered with BabyWorks provide that ability to move offline if you like, and to explore just how you get the standard views.”
BabyWorks now has even more learning opportunities
Intelligent ultrasound, specialist in ultrasound education technology, has today added even more functionality to the BabyWorks neonatal and pediatric ultrasound simulator. The latest content includes additions across cardiac, cranial, gastric and line placement, and has been designed in collaboration with leading specialists in infant medicine to ensure the content is aligned with the latest requirements of neonatal and pediatric pocus.
Supporting WFUMB in improving global healthcare
Intelligent Ultrasound will be supporting the World Federation for Ultrasound in Medicine and Biology (“WFUMB”) in its mission to bring sustainable ultrasound programmes to the underserved areas of the world to improve global healthcare through collaboration, communication and education.
Introducing BabyWorks Cardiac Pathologies
Intelligent Ultrasound has added more functionality to BabyWorks. The addition of three new cardiac pathologies is expected to drive even more demand for the platform, as momentum for the neonatal (NICU) and pediatric (PICU) simulation training tool grows.
Policlinico San Donato Selects BabyWorks
Policlinico San Donato has selected Intelligent Ultrasound’s BabyWorks to realise its goal of becoming a renowned reference centre for pediatric cardiac surgery and cardiology. The Italian Policlinic’s vision of increasing learning opportunities in the NICU and PICU will go beyond local students, educating young doctors from developing countries and across Europe also.
UNMC expands training in infant ultrasound, with BabyWorks
The University of Nebraska Medical Center (UNMC) has invested in the BabyWorks ultrasound simulator, to expand its clinical simulation program into bedside ultrasound for infants. BabyWorks will provide the center with a realistic, risk-free training tool to practise probe manipulation on an infant, and access to train on infant pathologies not otherwise available.
University of California Davis Selects BabyWorks to Develop Pediatric PoCUS Training Curriculum
The University of California, Davis (UC Davis) has selected Intelligent Ultrasound’s BabyWorks to deliver a new pediatric Point of Care Ultrasound (PoCUS) training curriculum, driving greater learning opportunities for its trainees, with the objective of saving more lives at the bedside.
Developing Baby – A Q&A with Product Manager Talia Stokes
Last year, we launched BabyWorks for Point of Care Ultrasound (PoCUS) in pediatric and neonatal care . In this blog, Product Manager Talia Stokes answers your Frequently Asked Questions on the ultra-realistic baby manikin training tool.
Pediatric and Neonatal Ultrasound
Until now, pediatric and neonatal specialities have been lacking state-of-the-art, high-fidelity training tools available for Point-of-Care Ultrasound (PoCUS) and echocardiography of adults. BabyWorks is an ultra-realistic baby manikin offering a safe and effective training tool for pediatric and neonatal ultrasound.