Principles of Diagnostic Imaging
The Principles of Diagnostic Imaging course in university studies covers the fundamental physics, technology, and clinical applications of various medical imaging techniques. It is a core subject for medical and radiography students, providing the theoretical and practical knowledge needed to both produce and interpret medical images safely and effectively.
Imaging Instrumentation
Imaging Instrumentation is the field focused on designing, developing, and evaluating the devices and systems used to acquire and reconstruct images, particularly in medical, biological, and scientific applications.
Basic Histology
Basic Histology is the university-level study of the microscopic structure of cells, tissues, and organs. Also known as microscopic anatomy, it investigates how the arrangement of cells and tissues at this microscopic level relates to their function within the body. It is a foundational subject in biomedical sciences, especially for students in medical, dental, and health sciences programs.
General Physiology
Physiology is a branch of biology that studies how all living organisms, including humans, operate. It asks why our bodies have certain functions — like breathing or digesting food
AI in Medical Imaging
AI in Medical Imaging involves learning how artificial intelligence, particularly deep learning algorithms, is used to analyze medical images like X-rays, CT scans, and MRIs to improve diagnostic accuracy, assist in disease detection and characterization, personalize treatment, and enhance the efficiency of medical workflows.
Communication Skills
Communication Skills are the abilities required to clearly and effectively exchange information, ideas, and emotions with others through listening, speaking, writing, and non-verbal cues.
Medical Ethics and Patient Care
Medical Ethics and Patient Care explores the moral principles and professional conduct that guide healthcare providers in ethical decision-making for patient well-being and trust