This project aims to study the quality of intravenous pumps in administering medications used in hospitals and specialized clinics to patients and the surrounding environment, with a focus on health and technical aspects.<br />The study includes:<br />1. Assessing accuracy and safety - ensuring that the pumps provide the correct doses of medications according to the required rates, which reduces the risk of overdoses or underdoses.<br />2. Analyzing performance and efficiency - measuring the efficiency of the pumps in delivering medications smoothly and consistently without interruption or delay that affects the effectiveness of treatment.<br />3. Identifying problems and defects - detecting any technical or design malfunctions that may affect the quality of performance, such as fluctuations in flow rate or blockage.<br />4. Improving patient safety - reducing medication errors and health complications resulting from the use of inaccurate or unreliable pumps.<br />5. Developing quality standards - contributing to setting standards to ensure the quality of devices used in administering medications, in line with health and regulatory requirements.<br />6. Evaluating the user experience - studying the ease of use of pumps by medical staff and their effectiveness in the hospital or clinic environment.<br />The purpose of the pump case study is briefly to evaluate their performance and efficiency in dispensing medications accurately and safely, and to ensure that they comply with the quality standards necessary to ensure patient safety and improve treatment outcomes.