Resume
Academic Achievements
- 1. Paper 'FractMorph: A Fractional Fourier-Based Multi-Domain Transformer for Deformable Image Registration' is under review.
- 2. Project 'Design and Implementation of a Software for Measurement of Brain Perfusion Using an Optimized Model' is in preparation.
- 3. Bachelor Thesis 'Global Structure-Aware Template-Based Deformation Model for 3D Cardiac Mesh Reconstruction for In-Silico Trials' is in progress.
Research Experience
- 1. Developed the NIAG perfusion software under the supervision of Dr. Oghabian, in collaboration with Dr. Mohammadi, Dr. Irandoost, and Dr. Zare, for quantitative analysis of brain perfusion MRI.
- 2. Enhanced the software's analytical pipeline, refined brain segmentation methods for complex tumor cases, improved preprocessing routines, and extended manual ROI handling and visualization modules.
- 3. Increased the quality and resolution of perfusion MRI images, ensured precise metric calculations, and implemented and debugged perfusion parameter calculations.
Education
- B.Sc. in Computer Engineering from Shahid Beheshti University, Tehran, Iran
Background
- Research interests include Machine Learning, Computer Vision, Medical Image Computing, and Computational Modeling. Seeking Master’s or PhD opportunities.
Miscellany
- You can browse a categorized list of my open-source projects on my Github.