Master of Science in Clinical Neuroimaging

The MNI program will provide students with the theoretical and clinical skills necessary to practice high quality brain imaging work using multiple modalities in both healthy and patient populations. The program will also familiarize the students with evidence-based practices.

The program will introduce new modalities, radiological technologies, radiological informatics, and digital imaging to establish the requisite breadth of knowledge in the discipline. The program also focuses on establishing an in-depth mastery of entry-level knowledge and skills through series of classroom lectures, research-based courses, and practical clinical internship rotations at affiliate training sites.

Upon graduation, students will have developed a deeper understanding of clinical neuroradiology in terms of neuroanatomy, neuropathology, imaging techniques and analyses. In addition, the graduates of this program will be uniquely positioned to make considerable contributions to research in the field of brain neuroimaging.

Classes

MNI 528: Foundational Neuroanatomy and Systems

This course aims to establish a foundational knowledge of neuroanatomy and the systems in the brain. It will help students refresh their knowledge in the area and better engage in the advanced level courses. The main aspects covered under this course are Neuroanatomy and Neurophysiology. Basic concepts of memory and behavioral localization will also be covered.

MNI 529: Methods of Functional Human Brain Mapping

This advanced course provides a comprehensive introduction to the methodologies, technologies, and analytical approaches used to map the functional organization of the human brain. Students will explore both established and emerging techniques for measuring, analyzing, and interpreting brain activity data across multiple spatial and temporal scales.

MNI 530: Physics of Medical Imaging

This course provides a comprehensive introduction to the physical principles underlying modern medical imaging technologies. Students will explore the fundamental physics concepts that enable healthcare professionals to visualize the human body's internal structures and functions non-invasively. Students will gain an understanding of how each imaging technology generates, detects, and processes signals to create diagnostic images. The course also covers image quality considerations, radiation safety principles, and emerging developments in medical imaging technology.

MNI 531: Pathology and Diagnostic Neuroimaging

This course aims to give students a broad introductory knowledge of some common, important neurological pathologies and of the role of Neuroimaging in the diagnosis, treatment, and follow-up of these conditions. The course focuses on Tumors, Epilepsy, Degenerative Diseases, Trauma, Pediatric Neuroradiology, and Artificial Intelligence in Neuroradiology.

MNI 532: Advanced Image Analysis

This course aims to provide theoretical background and practical instruction on several key advanced methods in neuroimaging analysis, including connectivity, multivariate pattern analysis, advanced diffusion and PET methods, M/EEG source estimation, and fMRI. 

MNI 601 A: Research Capstone Project

The course is designed to enhance the students’ knowledge and capabilities that are required to provide effective, comprehensive, and high-quality research needed for their graduation capstone project. The course will also enhance their academic writing skills that are needed in their postgraduate studies.

MNI 601 B: Research Capstone Project B

The course is designed to enhance the students’ knowledge and capabilities that are required to provide effective, comprehensive, and high-quality research needed for their graduation capstone project. The course will also enhance their academic writing skills that are needed in their postgraduate studies.

MNI 601 B: Research Capstone Project B

The course is designed to enhance the students’ knowledge and capabilities that are required to provide effective, comprehensive, and high-quality research needed for their graduation capstone project. The course will also enhance their academic writing skills that are needed in their postgraduate studies.

MNI 602 A: Clinical Internship A

These internships aim to provide the students with focused, hands-on clinical training in clinical neuroimaging sub-specialties such as:

•      Training in PET-MR and PET-CT

•      Training in MRI and CT

•      Training in MEG, EEG and TMS

•      Training in Neuronavigation

MNI 602 B: Clinical Internship B

These internships aim to provide the students with focused, hands-on clinical training in clinical neuroimaging sub-specialties such as:

•      Training in PET-MR and PET-CT

•      Training in MRI and CT

•      Training in MEG, EEG and TMS

•      Training in Neuronavigation