UNIVERSITY OF CORDOBA · ACADEMIC DEPARTMENTS

Medical Physics

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Department Information

Head of Department: Ali Hatif Hadi

About the Department

The Department of Medical Physics is dedicated to preparing highly qualified specialists with expertise in applying physics principles to medicine and healthcare. The department offers a comprehensive academic program that integrates physics, mathematics, medical imaging, radiation therapy, nuclear medicine, radiation protection, and biomedical technologies. Through advanced laboratory training and scientific research, graduates acquire the knowledge and technical skills necessary to support medical diagnosis, treatment, and healthcare innovation while ensuring the safe and effective use of medical radiation technologies.

Vision

To become a leading academic department in medical physics education, scientific research, and technological innovation, recognized for preparing distinguished specialists who contribute to excellence in healthcare, medical technology, and sustainable scientific advancement.

Mission

The Department of Medical Physics is committed to providing high-quality education that combines scientific knowledge with practical and clinical applications. It prepares graduates with advanced technical, analytical, and research competencies capable of supporting diagnostic imaging, radiation therapy, medical technology, and scientific innovation while promoting patient safety and professional ethics.

Goals

Prepare highly qualified medical physicists according to international academic and professional standards. Develop academic curricula in line with advances in medical physics, radiation sciences, and healthcare technologies. Promote scientific research and innovation in diagnostic imaging, radiation therapy, nuclear medicine, and biomedical technologies. Enhance students' laboratory, analytical, and clinical competencies through practical training. Strengthen collaboration with hospitals, medical centers, research institutions, and healthcare organizations. Promote radiation safety, quality assurance, and ethical professional practice. Encourage the integration of emerging technologies and artificial intelligence in medical physics applications. Support lifelong learning and continuous professional development in medical physics.