The Department of Medical Instrumentation Engineering is dedicated to preparing highly qualified engineers with the knowledge and technical expertise required to design, develop, operate, calibrate, maintain, and manage modern medical instrumentation used in healthcare facilities. The department provides a comprehensive academic program that integrates engineering sciences with medical technologies, covering medical electronics, diagnostic and therapeutic instrumentation, embedded systems, medical sensors, medical imaging equipment, healthcare information technologies, and intelligent medical systems. Graduates are equipped to support healthcare institutions by ensuring the reliability, safety, and optimal performance of medical instrumentation while contributing to technological innovation and the advancement of healthcare services.
To become a leading academic department in Medical Instrumentation Engineering education, scientific research, and technological innovation, recognized for preparing distinguished engineers capable of advancing medical instrumentation technologies and supporting excellence in healthcare systems.
The Department of Medical Instrumentation Engineering is committed to providing high-quality engineering education that integrates scientific knowledge with practical applications and advanced research. It prepares graduates with technical competence, engineering expertise, innovation, and professional ethics to design, operate, maintain, and improve medical instrumentation while supporting healthcare institutions and enhancing patient care.
Prepare highly qualified Medical Instrumentation Engineers according to international academic and professional standards. Develop academic curricula in line with advances in medical instrumentation, healthcare technologies, and intelligent medical systems. Promote scientific research and innovation in medical instrumentation, medical electronics, healthcare technologies, and smart medical devices. Enhance students' engineering competencies through advanced laboratories, engineering design projects, and industrial training. Develop analytical thinking, engineering design, troubleshooting, and innovation skills. Strengthen partnerships with hospitals, medical equipment manufacturers, healthcare institutions, and research centers. Promote quality assurance, patient safety, and professional ethics in the design, operation, and maintenance of medical instrumentation. Encourage lifelong learning and continuous professional development to keep pace with the rapid advancement of medical technologies.