Prof. Dr. Ercüment Özdoğan Simulated Patient Laboratory is a professional medical simulation unit designed within the medical education curriculum to enable students to experience patient-physician communication, physical examination methodologies, and clinical reasoning processes during the preclinical and clinical periods.
What is the Prof. Dr. Ercüment ÖZDOĞAN Simulated Patient Laboratory? / What is Its Purpose?
Core Purpose: The primary purpose of the Prof. Dr. Ercüment Özdoğan Simulated Patient Laboratory is to improve the clinical decision-making skills, communication abilities, and self-confidence of students enrolled in the medical education program by providing them with a “controlled and risk-free clinical environment.” The laboratory aims to maximize students’ semiological approach skills before they encounter real patients.
Key Features: The operation of the laboratory is based on the use of simulated patients (standardized patients) who professionally portray specific disease scenarios. In this environment, students’ behaviors during medical interviews are observed, their performance is evaluated using structured checklists, and appropriate feedback mechanisms are implemented. Through simulation practices, students are given the opportunity to learn from potential mistakes they may make and to prevent such mistakes from being repeated in actual clinical practice.
Academic Contribution: Simulated patient practices incorporated into the educational program enable medical students to practice specific clinical scenarios that may be high-risk or rarely encountered in real clinical settings. The standardized approaches used in the laboratory provide all medical students with equal learning opportunities and academically contribute to ensuring that each student graduates with a comparable level of clinical experience.
Devices and Technical Equipment Available in the Laboratory
Key Features: The Prof. Dr. Ercüment Özdoğan Simulated Patient Laboratory has medical instruments and an architectural infrastructure designed to make students feel as though they are in a real patient examination room and to enhance the realism of the simulation environment:
- 3 Simulated Examination and Patient Interview Rooms: Independent stations architecturally designed according to the standards of a real hospital or outpatient clinic examination room.
- Real Hospital Equipment: Fixtures and equipment used in diagnostic procedures, including examination tables, blood pressure monitors (sphygmomanometers), stethoscopes, examination lamps, and medical privacy screens.
- Medical Supplies and Consumables: Tongue depressors, reflex hammers, diagnostic kits, and basic consumables required for semiological examination practices.
- Performance Evaluation and Monitoring Infrastructure: Structured checklists and feedback tools used to objectively assess students’ communication with simulated patients, history-taking processes, and clinical behaviors.
Research and Application Areas
The practical training and methodological studies conducted in the laboratory cover the following application areas required by modern medical education:
- Semiological Approach Skills: Practices involving patient approach, accurate history-taking, symptom assessment, and the complete execution of physical examination procedures.
- Patient-Physician Communication: Developing professional communication techniques focused on challenging patient scenarios, delivering bad news, sensitivity to patient rights, and empathy.
- Management of Critical and Rare Clinical Scenarios: Analytical evaluation of disease conditions that may be risky or rarely encountered in real hospital settings through simulated patient scenarios.
- Teamwork and Interdisciplinary Communication: Group simulations focusing on coordination among healthcare professionals, distribution of leadership roles, and effective teamwork in clinical environments.
- Clinical Reasoning and Decision-Making: Testing students’ abilities to establish preliminary diagnoses, perform differential diagnoses, and apply analytical thinking based on collected semiological data in a risk-free environment.
Contributions to Students and the Healthcare Sector
- Freedom to Make Mistakes in a Safe Environment: Students can experience mistakes in their medical decision-making processes in this laboratory without the risk of harming a real patient, allowing them to develop appropriate clinical responses and reflexes.
- Standardized and Equitable Clinical Experience: Since every student is evaluated using the same structured scenarios and checklists, an objective and consistent level of clinical competence is supported at the time of graduation.
- Professional Confidence and Career Readiness: Young physician candidates who receive professional feedback in simulated examination rooms can adapt more quickly when transitioning to real hospital environments, supporting their readiness for professional practice in the healthcare sector.
