I'm a mechanical/biomedical engineer by training with a passion for computational mechanobiology and AI.

• 💬 Biomechanics/Mechanobiology, computational modeling, python, Java, MATLAB, FEA, ANSYS, REPAST Simphony or Agent-Based Modeling.
• 📫 HackerRank | LinkedIn

Projects by category:

• Biomedical/Mechanical engineering
  • Orthopedic Biomechanics

• CMA: Cardiac Mechanics Analyzer (CMA) is a set of python & MATLAB libraries for image-based analysis of cardiac contractile function through motion analysis, strain calculation, and resolution enhancement:
  • Manuscripts: Paper 01

Motion of mouse left ventriclular endocardium estimated by deformable image registration of cine-MRI scans

• Toolbox for STE (2D ultrasound) in MATLAB Abstract 01 | Abstract 02

• APhy: The first 3D fully coupled Agent Based - Finite Element Analysis (AB-FEA) modeling framework to study progression of cardiovascular diseases and growth and remodeling in blood vessels
  • Packages/software used: Java, REPAST Simphony, ANSYS (APDL), and MATLAB
  • Received the American Heart Association Predoctoral Fellowship + ~ $2 million funding from NIH & AHA
  • Project page
  • Manuscripts: Paper 01 | Paper 02 | Abstract 01 | Abstract 02 | Abstract 03 | Abstract 04

• DeepIVUS A toolbox for analysing VH-IVUS images and predicting risk of adverse cardiac events.
  • Packages/software used: MATLAB, python

• QCT-based FEA of human femur fracture
  • Packages/software used: ANSYS (APDL & Workbench), Maple, MATLAB
  • Manuscripts: Paper 01 | Paper 02

• TFM-FEA: MATLAB-ANSYS library for calculating the forces that cells exert on their env. using Traction Force Microscopy (TFM)
  • Manuscripts: Paper 01