BodyWorks Eve is an ultra-realistic female patient simulator designed for interactive Point of Care Ultrasound (PoCUS) scenario training.
Complete with 100 real patient scans and over 10,000 pathology variations across cardiac, lung, transabdominal and pelvic ultrasound, BodyWorks Eve is designed to meet the training needs of healthcare professionals who wish to practise PoCUS in Emergency Medicine and Critical Care.
BodyWorks Eve can also be expanded to include a comprehensive education in cardiac anatomy and echocardiography through the addition of HeartWorks TEE & TTE functionality.
From picking up a probe for the first time to testing diagnostic skills in simulated scenarios, BodyWorks Eve supports learning in:
BodyWorks Eve provides access to real patient-based training where doctors can work through cases independently and at their own pace. Over 100 patient cases using real patient scans will develop diagnostic skills and recognition of common abnormalities in emergency medicine to guide evaluation and decision making for patient referral or discharge.
The Instructor Tablet enables the tutor to run scenarios ‘on the fly’ and easily change the patient’s condition and level of severity to test assessment and decision-making skills.
Scan in real-time from the clavicle to the pelvis with seamless transition between cardiac and abdominal probes. Multiple pathology models have been created to facilitate the ultrasound evaluation of patients with structural and functional disturbances
Scan patient cases pre-grouped into Emergency Medicine protocols e.g. eFAST.
HeartWorks is recognised globally as the leading simulation solution for education in cardiac anatomy and echocardiography, and can be integrated into BodyWorks Eve. When practising TTE and TEE probe handling skills, trainees can observe probe positioning in relation to the virtual, beating 3D heart with effects on imaging in real time. Doppler modalities (CFM, PWD, CWD) and M-mode are available along with the tools with which to make accurate quantitative assessment.
