The Department of Medical Imaging Sciences and Technologies is dedicated to the advancement of Medical Imaging Technology, a dynamic and interdisciplinary field at the intersection of engineering, computer science, medical imaging, image analysis, and biomedical research. Our mission is to develop novel imaging techniques and analytical methodologies to elucidate the anatomical, physiological, and metabolic systems of the human body, with a specialized focus on neurology and molecular-cellular processes.

Established within the School of Advanced Technologies in Medicine at Isfahan University of Medical Sciences, our department welcomed its inaugural cohort of PhD candidates in 2019. We are committed to training the next generation of expert biomedical engineers through an integrated curriculum that balances rigorous theoretical foundations with hands-on, practical application. By fostering close collaboration with leading clinical and research centers, we aim to translate innovation into practice, thereby enhancing public health and contributing to sustainable development.

Primary Research Focus: Neuroimaging

Our core research in neuroimaging encompasses the following key areas:

Advanced Image Analysis: Development and application of professional software for the quantitative and qualitative analysis of medical images with Artificial Intelligence (AI).

Computational Biomedicine: High-performance computing, big data analytics, deep learning, and machine learning for biomedical data and medical imaging.

Imaging Technology & Protocol Optimization: Hands-on research with state-of-the-art imaging devices and the development of optimized acquisition protocols.

Structural Brain Analysis: Precision corticometry and analysis of structural neuroimaging to map brain architecture.

Functional Neuroimaging: Mapping neurological processes and connectivity using functional MRI (fMRI) and other modalities.

Neuroanatomical Mapping: Identification and characterization of anatomical and functional regions of the brain.

Experimental Design: Conceptualization and implementation of novel functional imaging paradigms and tests.

We invite prospective students and collaborators to join us in pioneering the future of bioimaging science.