Program Overview

Program Overview

The Master's program in Radiological Sciences offers a comprehensive education in the field of radiological sciences, with a focus on nuclear medicine and molecular imaging.

Program Structure

The program is designed to provide students with a deep understanding of the principles and applications of radiological sciences, including nuclear medicine, molecular imaging, and medical physics.

Course Descriptions

The program includes a range of courses that cover the following topics:

• Pathophysiology: This course provides an in-depth understanding of the concept of pathophysiology, including changes in normal physiological function and the diagnosis of disease.
• Radiation Detection and Measurement: This course covers the principles and techniques of radiation detection and measurement, including the use of instruments and equipment in medical imaging and nuclear medicine.
• Physics of Non-Ionizing Radiation: This course provides an overview of non-ionizing radiation, including visible and non-visible light, lasers, and radiofrequency and microwave radiation.
• Medical Image Processing: This course covers the basics of digital image processing, with a focus on medical imaging modalities such as MRI, ultrasound, and nuclear medicine.
• Quality Assurance in Radiology: This course provides an introduction to quality assurance in medical imaging, including methods for monitoring and controlling image quality.
• Radiopharmaceutical Sciences: This course covers the principles of radiopharmaceuticals, including production, chemistry, and clinical applications.
• Radiation Safety and Dosimetry in Nuclear Medicine: This course provides an overview of radiation safety and dosimetry in nuclear medicine, including the principles and regulations governing radiation protection.
• Nuclear Medicine Seminars (1): This course is designed to enable students to discuss and generate ideas on a range of topics related to nuclear medicine.
• Nuclear Medicine Therapy: This course covers the principles and applications of nuclear medicine therapy, including the use of radioactive isotopes for diagnostic and therapeutic purposes.
• Nuclear Medicine Seminars (2): This course provides an opportunity for students to present and discuss current topics in nuclear medicine.
• Advanced Clinical Nuclear Medicine (optional): This course covers advanced topics in nuclear medicine, including hybrid imaging and multimodality imaging.
• Pre-Clinical Nuclear Medicine Techniques (optional): This course provides an overview of pre-clinical nuclear medicine techniques, including small animal imaging and laboratory methods.
• Research Proposal Preparation: This course guides students in selecting a research topic and developing a research proposal.
• Research Project (1): This course enables students to develop research skills and competencies through the design and implementation of a research project.
• Research Project (2): This course provides an opportunity for students to complete an advanced research project in radiological sciences and produce a publishable paper.
• Thesis: This course enables students to analyze, design, and acquire or build laboratory equipment and materials for their thesis project.

Program Details

The program is designed to provide students with a comprehensive education in radiological sciences, with a focus on nuclear medicine and molecular imaging. The program includes a range of courses, seminars, and research projects that provide students with a deep understanding of the principles and applications of radiological sciences.