Aspiring research engineer working towards PhD degree in Mechanical Engineering. Proficient in Finite Element Analysis of multi-physics systems with extensive background in developing objective-focused computational models.
Overview
10
10
years of professional experience
Work History
Research Assistant
University Of Rochester
09.2018 - Current
Developed Multi-physics model of cochlear micro-mechanics.
Implemented in-house finite element fluid-structure-interaction coupling.
Implemented reduced-order model of extracellular fluid dynamics.
Developed in-house fluid dynamics nonlinear solver in Matlab.
Collaborated in micro-fluidic chamber design for OCT measurement of nano-scale vibration of cochlear epithelium.
Data analysis of 2D vibration from OCT measurements.
Graduate Research Assistant
Amirkabir University Of Technology
09.2015 - 02.2018
Developed a left-heart fluid-solid-interaction model in finite element software (ADINA)
Developed a moving wall model of the left-heart using large deformation diffeomorphic mapping of cardiac-MRI images.
Analyzed parametric study of mitral valve stiffness in blood circulation inside the heart.
Utilized contact mechanics principles and Arbitrary Lagrangian-Eulerian formulation methods to simulated large deformations of mitral valve opening/closure.
Mechanical Design Engineer Intern
Andisheh Industrial Group
05.2014 - 08.2014
Assisted in fixture design for streamlining manufacturing processes
Contributed to reverse-engineering manufacturing equipment
Provided valuable input during design reviews, contributing to more effective problem-solving and decision-making processes.