 Lung Disease Classification This project leverages the power of deep learning to classify lung diseases using X-ray images. Early and accurate detection can greatly improve patient outcomes. 
|
 Liver Disease Stages Prediction This project predicts liver disease stages using clinical data and machine learning models. It includes feature importance plots and correlation heatmaps for analysis. 
|
 Mandibular Reconstruction Plates This project explores the use of stiffness-matched, porous NiTi fixation plates in mandibular reconstruction surgery to reduce stress shielding and implant failure. 
|
 Divar Data Extractor Developed a web crawler to extract second-hand car listings from Divar.ir, providing analysis of pricing trends and car models. 
|
 Medical Chatbot This project involves developing an AI-driven medical chatbot designed to assist users with symptom analysis and provide preliminary health guidance. 
|
 Assistive Device Design This project explores how different cost functions affect predictive simulations in the design of assistive devices, focusing on human walking simulations with OpenSim Moco. 
|
Graduated from University of Ottawa with a master's degree in Biomedical Engineering - biomechanics.
Graduated from Amirkabir Univeristy of Technology with a master's degree in Biomedical Engineering - biomaterials.
Interested in Artificial Intelligence, Machine Learning, Data visualization, and Deep Learning.
1 - Paper on Optimization of Assistive Device This paper discusses optimizing parameters for assistive devices to enhance performance and efficiency in biomechanics applications. |
.png)
2 - Paper on CFD Analysis of the Blood Flow This study applies computational fluid dynamics to analyze blood flow in the left coronary artery and its implications for cardiovascular health. |
3 - Paper on FEA Analysis of Scoliosis This paper focuses on finite element analysis (FEA) to evaluate the biomechanical parameters critical to understanding scoliosis progression. |
4 - 3D Bioprinting Technologies Book (Farsi) A comprehensive guide on 3D bioprinting technologies, written in Farsi, covering the latest innovations and applications in tissue engineering. |