Patient Simulators

Patient simulators are life-like full body manikins which replicates a real human being. They are software controlled and can replicate both normal and abnormal conditions and responds effectively to clinical interventions. CAE Healthcare’s patient simulators have set the standard for realism, accuracy and life-like physiology.

CAE Healthcare simulators delivers sophisticated physiological models that adapt to interventions based on patient’s age, weight, underlying health conditions and the accuracy of diagnosis and treatment.


Below are the list of Patient Simulators


Apollo Adult Patient Simulator is a male physiologically modeled high-fidelity, fully wireless and tetherless mannikin which can deliver the ultimate in realistic simulation-based healthcare training. Because of advanced airway features based on latest training protocols, it offers the best in functionality and lifetime product value; hence, considered to be a quintessential mannikin.

It has two simulated patient configurations (prehospital and nursing) built on a platform. It has been field-tested and proven by more than 1,600 customers from nursing, allied healthcare and medical education around the world. By virtue of its integrated CPR performance analysis which is compliant with the American Heart Association’s 2015 guidelines, it empowers learners with procedural training in correct hand placement, depth, and rate of compressions. It offers true mobility and allows instructors to easily switch from remote tablet to classroom workstation. Students can practice, gain experience and develop clinical mastery by making use of this simulators wide range of patient care scenarios.

Apollo is the new standard for fidelity in patient simulation owing to its stunningly real statuesque and powerful training features.



Lucina is a wireless childbirth simulator with integrated maternal-fetal physiology and interchangeable static cervices to practice on all the stages of labor and delivery. It has quite an impressive combination of features such as realistic and controllable birthing process, better articulation for labor and delivery maneuvers, and predicted APGAR scores due to its integrated physiology. It has a fetal (CTG) monitor wherein learners can assess fetal well-being. It is surprising to see how every detail has been looked into as in life-like birthing fetus with no connection ports and various delivery scenarios including shoulder dystocia. This childbirth simulator can also be used as non-gravid female module with five emergency Simulated Clinical Experiences (SCEs). Hence, you can have Two Patients in One Platform.

The maternal intrapartum features supports McRoberts maneuver, suprapubic pressure, and the Woods’ Screw and Rubin II maneuvers; thus, guiding learners in the management of shoulder dystocia.  The uniquity of this birthing simulator is that it automatically responds to clinical interventions when they are correctly performed such that consistency is gained until these skills are mastered.  Moreover, if the scenario demands emergency Cesarean section, learners can perform Zavanelli maneuver. Shoulder dystocia is one of the 10 pre-configured scenarios ranging from normal delivery to a wide range of obstetrical emergencies. This assures that our learners get the best collection of evidence-based practice.



This is CAE`s awe-inspiring masterpiece. Human Patient Simulator (HPS), with the world’s most advanced physiological modeling system, has set standards for high fidelity patient simulation since its market release in 1996. It is the most sophisticated model built for anesthesia, respiratory, and critical care as it supports the use of anesthesia and medical gases. It is very real because of its true oxygen and CO2 gas exchange and validated physiology.

It brings immersive learning due to its realism. It can be connected to real patient monitor and mechanical ventilator. To accommodate nursing, respiratory therapy, and emergency medicine training needs CAE also offers Health Science HPS with broad range of features without anesthesia capability. It has 50 pre-configured Simulated Clinical Experiences (SCEs) making it easy for instructors and enabling them to focus on integration of simulation into curriculum.






PediaSIM represents a six-year old patient designed to provide advanced pediatric simulation training. It has comprehensive set of features for trauma, nursing, and emergency response care. Its pediatric learning modules for EMS and nursing helps healthcare providers in delivering their best in pediatric critical care.  Your learners can practice on a range of pediatric critical interventions till they achieve mastery. With this manikin, learners can perform emergency airway procedures like needle cricothyrotomy, chest tube insertion and determine airway adjunct management.

Further, features and validated physiology of PediaSIM is equivalent to our adult simulators entitling learners to advance their skills and competency in pediatric care.


CAEs BabySIM is an infant-sized simulator delivering critical features without omitting details during development. Though the smallest member of the patient simulation family, it is a high-fidelity simulator powered with advanced physiology for practicing critical care and trauma care. Learners can experience seesaw breathing, a palpable fontanel, cooing, and crying; thus, supports realism and immersive learning. It helps learners in preparing for the most critical experiences in trauma care such as intubations, chest compressions, chest tube insertions, and Intraosseous (IO) insertions. We understand that these tiny humans depend on us and it is critical to be prepared!