The Üsküdar University First Aid and Emergency Response Laboratory was established to enable students who will work in prehospital emergency medical services (as paramedics) to practice life-saving critical interventions in a safe and realistic simulation environment.
- Primary Objective: To ensure that students accurately learn the techniques for initial medical intervention, stabilization, and safe transport of patients at the scene of an incident and in an ambulance during acute situations such as accidents, natural disasters, heart attacks, or injuries.
- Academic Contribution: The laboratory prepares students for professional field environments by developing their ability to make calm clinical decisions, adhere to algorithms (advanced life support guidelines), and coordinate with their team in emergency situations where every second counts.
Equipment and Technical Infrastructure in the Laboratory
The laboratory infrastructure houses all critical medical equipment and simulation models for measurement and intervention found in a fully equipped emergency medical services ambulance and a hospital emergency department. Within the framework of Key Features, the laboratory equipment includes the following:
- Ambulance Simulator / Simulated Ambulance Cabin: A specialized training unit featuring a central oxygen supply, a vacuum system, and the complete interior layout of a real ambulance, designed to allow students to practice patient interventions under conditions of movement and confined space constraints.
- Advanced CPR (Resuscitation) Manikins: Smart manikin systems that provide real-time feedback via a digital screen on the quality, depth, and speed of chest compressions and artificial respiration.
- Monitored Defibrillators (AED / Manual Defibrillator): Devices that analyze the patient’s heart rhythm (ECG), deliver an electric shock to the heart in the event of life-threatening arrhythmias (VF/VT), and monitor the heart rhythm.
- Airway Management Kits: Endotracheal tubes, laryngoscope sets, combination tubes, laryngeal masks (LMA), and bag-valve-mask (Ambu) devices for artificial ventilation.
- Trauma and Stabilization Equipment: Spinal boards, scoop stretchers, vacuum stretchers, cervical collars, KED rescue vests, and vacuum/air splint sets used for fractures of the extremities (arms/legs).
- Medical Intervention and Medication Kits: Integrated paramedic kits designed for establishing intravenous access in the field, providing intraosseous (bone-in) access, administering emergency medications, and using triage cards.
Research Areas and Application Areas
Practical training scenarios conducted in the laboratory cover all operational steps of prehospital emergency medical protocols:
- Basic and Advanced Life Support (BLS/ALS): Seamless execution of algorithms for chest compressions, artificial respiration, intubation, and defibrillation in pediatric or adult patients with respiratory and circulatory arrest.
- Approach to and Transport of Traumatized Patients: Placing, securing, and safely transporting patients onto a stretcher while preserving spinal integrity in scenarios such as falls from heights, traffic accidents, or rescue from under rubble.
- Emergency Medication Management and IV Access: Practices for the rapid preparation and administration of appropriate emergency medications via intravenous (IV) or intraosseous (IO) routes in cases of shock, anaphylaxis, or poisoning.
- Crisis and Disaster Management (Triage): Simulations for quickly triaging and managing patients according to priority levels (red, yellow, green, and black codes) in disaster situations involving multiple casualties.
Contributions to the Field
The First Aid and Emergency Response Laboratory maximizes students’ hand-eye coordination and situational awareness, preparing them to become fully integrated professionals in ambulance services and emergency departments.
- Racing Against Time and Team Discipline: Through hands-on experience during laboratory scenarios, students learn to use ambulance radio codes, take on leadership roles, and make the right decisions within seconds.
- Excellent Employment Opportunities: Graduates who effectively use the ambulance simulator and advanced life support equipment in this lab can work as are prioritized for employment as “Paramedics (Emergency Medical Technicians)” at 112 Emergency Medical Services stations, private hospital ambulances, and emergency response units at organized industrial zones and airports.
Frequently Asked Questions
Which departments use this laboratory?
This lab is primarily and actively used by students in the First Aid and Emergency Care (Paramedic) associate degree program within the School of Health Services. In addition, other health programs—such as Nursing or First Aid training—that have clinical emergency scenario partnerships may also use the laboratory in a coordinated manner.
Are practical exercises performed on real patients in the lab?
No. In accordance with patient safety and ethical principles, practical training is never conducted on real patients in the laboratory setting. All invasive procedures (such as intravenous access, intubation, etc.) and shock protocols are performed on calibrated digital patient simulators that provide anatomically accurate responses.
Is there a dress code for practical classes?
Yes. To instill a sense of discipline and professionalism starting in the laboratory, students are required to attend practical classes and simulations wearing the official Paramedic Uniform / Ambulance Attire and appropriate protective equipment.
Is the laboratory open to external industry partnerships?
Yes, the laboratory has an infrastructure fully compatible with collaborations involving Provincial Health Directorates, emergency medicine associations, and private healthcare institutions for paramedic in-service training, advanced life support courses (CPR/NRP/TRK), and emergency medical technology testing processes.
Can students use the laboratory for individual practice outside of class hours?
Yes, students can use the lab to perfect their manual skills, review intubation and intravenous access techniques, or prepare for national/international paramedic rallies (competitions); they may actively use the laboratory during non-class hours with the approval of laboratory supervisors, in accordance with the work schedule, and under their supervision.
