GME (Graduate Medical Education)
Graduate Medical Education (GME) is a structured residency and fellowship training program that physicians complete after medical school. Accredited by the ACGME, GME programs are designed to develop clinical competence, procedural proficiency, and professional judgment across a wide range of specialties, including Family Medicine, Internal Medicine, Emergency Medicine, OB/GYN, General Surgery, and Anesthesiology.
Simulation plays a critical role in US GME by enabling residents to practice essential clinical and procedural skills before performing them in live patient settings. High-quality training manikins, task trainers, and procedural simulators support deliberate practice, objective skills assessment, and milestone achievement. By integrating medical simulation into residency programs, institutions can enhance learner confidence, improve patient safety, and ensure consistent, standardized training across specialties.
Family Medicine
Family Medicine training manikins and task trainers designed to support primary care procedural skills and simulation in US GME programs.
What is Family Medicine in GME?
Family Medicine residency training prepares physicians to deliver comprehensive, continuous care to patients of all ages, from newborns to older adults. As a cornerstone of General Medical Education (GME) in the United States, Family Medicine emphasizes preventive care, chronic disease management, women’s health, pediatrics, minor procedures, and behavioral health integration.
Residents develop broad clinical skills across outpatient, inpatient, and community settings. Procedural competencies often include suturing, joint injections, dermatologic procedures, contraceptive device placement, and basic obstetric care. Simulation-based medical training plays a critical role in building confidence and technical proficiency before patient encounters.
With growing demand for primary care physicians across the US healthcare system, Family Medicine training programs rely on high-quality medical simulators and task trainers to ensure residents meet ACGME milestones and deliver safe, patient-centered care.
Internal Medicine
Internal Medicine simulation manikins for adult procedural skills, ultrasound-guided training, and competency-based education in US residency programs.
What is Internal Medicine in GME?
Internal Medicine residency programs focus on the prevention, diagnosis, and management of complex adult diseases. As one of the largest specialties in US GME, Internal Medicine training spans inpatient medicine, outpatient continuity clinics, and subspecialty rotations such as cardiology, gastroenterology, infectious disease, and critical care.
Residents refine advanced clinical reasoning, diagnostic decision-making, and evidence-based management of acute and chronic conditions including diabetes, heart failure, COPD, and sepsis. Procedural training often includes central venous catheterization, lumbar puncture, paracentesis, thoracentesis, and arterial line placement.
Simulation in Internal Medicine education enhances patient safety by allowing residents to practice high-risk, low-frequency procedures in a controlled environment. Medical task trainers and ultrasound-guided procedural simulators support competency-based education aligned with ACGME standards.
Emergency Medicine
Emergency Medicine manikins and simulators for airway management, trauma procedures, and high-acuity skills training in US GME.
What is Emergency Medicine in GME?
Emergency Medicine residency training prepares physicians to manage acute illness and trauma in fast-paced, high-acuity environments. Within US GME programs, Emergency Medicine emphasizes rapid assessment, resuscitation, stabilization, and disposition of patients across all age groups.
Residents develop expertise in airway management, trauma care, cardiac life support, point-of-care ultrasound (POCUS), fracture management, wound repair, and emergency procedures such as chest tube insertion and cricothyrotomy. Team-based simulation is central to Emergency Medicine education, reinforcing crisis resource management and interprofessional collaboration.
High-fidelity manikins, airway trainers, trauma simulators, and procedural task trainers are essential tools in Emergency Medicine training programs. These simulation solutions improve technical performance, communication skills, and patient outcomes in real-world emergency settings.
Advanced Trauma Life Support® (ATLS®)
Obstetrics & Gynecology
OB/GYN training manikins and simulators for obstetric emergencies, gynecologic procedures, and women’s health skills development.
What is Obstetrics & Gynecology in GME?
Obstetrics & Gynecology (OB/GYN) residency programs train physicians in women’s reproductive health, pregnancy care, labor and delivery, and gynecologic surgery. In US GME, OB/GYN education combines outpatient care, inpatient obstetrics, surgical training, and subspecialty exposure in areas such as maternal-fetal medicine and gynecologic oncology.
Residents must master essential skills including pelvic examinations, cervical screening, intrauterine device (IUD) insertion, vaginal delivery, cesarean section assistance, postpartum hemorrhage management, and laparoscopic surgical techniques. Simulation-based training is particularly critical in obstetrics, where high-risk emergencies such as shoulder dystocia and eclampsia require rapid, coordinated responses.
OB/GYN simulators and part-task trainers support competency development, patient safety initiatives, and standardized skills assessment throughout residency training.
General Surgery
General Surgery simulation manikins and laparoscopic trainers for suturing, operative techniques, and procedural skills practice.
What is General Surgery in GME?
General Surgery residency is a rigorous, procedure-intensive training pathway within US Graduate Medical Education. Surgical residents develop operative skills, perioperative management expertise, and clinical decision-making capabilities across a broad range of conditions affecting the abdomen, breast, endocrine system, skin, and soft tissues.
Core competencies include suturing and knot tying, wound management, laparoscopic surgery, hernia repair, bowel procedures, and trauma surgery principles. Simulation-based surgical education allows residents to practice technical skills—such as open and minimally invasive techniques—in a structured, reproducible environment.
Surgical task trainers, laparoscopic simulators, and anatomy models support progressive skill acquisition, objective assessment, and adherence to ACGME milestones. As patient safety and outcomes remain central to surgical education, simulation plays an increasingly vital role in modern General Surgery training programs.
Advanced Trauma Life Support® (ATLS®)
Anesthesia
Anesthesiology training manikins for airway management, regional anesthesia, and perioperative procedural skills simulation.
What is Anesthesiology in GME?
Anesthesiology residency training focuses on perioperative patient care, anesthesia delivery, pain management, and critical care medicine. In US GME programs, anesthesiology residents develop expertise in pharmacology, physiology, airway management, hemodynamic monitoring, and regional anesthesia techniques.
Key procedural skills include endotracheal intubation, supraglottic airway placement, spinal and epidural anesthesia, peripheral nerve blocks, arterial line placement, and central venous access. Because many anesthetic procedures carry significant patient risk, simulation is foundational to anesthesiology education.
High-fidelity simulation, airway management trainers, ultrasound-compatible regional anesthesia models, and crisis scenario training help residents refine both technical and non-technical skills. These tools support competency-based training, improve patient safety, and prepare residents for independent practice in operating rooms, ICUs, and procedural suites nationwide.
