Medical Device Alarm Systems and Their Impact on Surgical Safety In a research initiative aimed at enhancing safety within operating rooms, the Biomedical Engineering Department at Future University presents a specialized case study on the efficiency of alarm systems, with a particular focus on electrosurgical units. Project Overview: Alarm systems are considered the "first line of defense" in modern medical devices. This project focuses on analyzing the role and effectiveness of these alerts in detecting electrical malfunctions, device failures, or unsafe operating conditions that may threaten the safety of the patient and medical staff during surgical procedures. The importance of this study lies in the fact that electrosurgical units rely on high-frequency currents; therefore, any malfunction in the alarm system or device insulation can lead to serious risks such as burns or electric shocks. Supervision and Preparation: • Supervised by: * Dr. Hussam Jawad Kadhim Al-Janabi • Professor Maher Rahman Al-Hujja • Prepared by: Amna Omran Study Objectives: 1. Effectiveness Evaluation: To measure the efficiency of alarm systems in electrosurgical units during clinical use. 2. Fault Detection: Testing the systems' ability to detect current leakage and grounding failures. 3. Reliability and Accuracy: Analyzing the accuracy of alarm signals and the speed of medical staff response. 4. International Standards: Ensuring the systems comply with international medical safety standards. 5. Risk Management: Identifying the risks resulting from alarm malfunctions and their direct impact on patient safety. Sustainable Development Goals (SDGs): This project contributes to achieving: • Goal 3 (Good Health and Well-being): By reducing surgical risks and ensuring a safe medical environment. • Goal 4 (Quality Education): By integrating scientific research with practical applications in biomedical engineering. Al-Mustaqbal University is ranked first among private universities in Iraq.