BIOMEDICAL ENGINEERING: PRINCIPLES, APPLICATIONS, AND INNOVATIONS IN MODERN HEALTHCARE

This article is dedicated to studying the theoretical foundations, development directions, and practical applications of biomedical engineering. It examines modern medical technologies, including diagnostic, therapeutic, and rehabilitation devices, as well as innovative solutions such as robotics, artificial intelligence, and biomedical sensors. The findings highlight the significance of biomedical engineering in enhancing healthcare efficiency, improving patient outcomes, and optimizing clinical processes. Additionally, the article considers global experiences and the prospects for implementing advanced technologies in our country. This study contributes to understanding scientific approaches in the field and the role of biomedical engineering in driving technological progress in medicine.