Summary
Work History
Education
Skills
Acoustic Guitar, tennis, skiing
Timeline
Generic

Sorosh Amiri

New Haven,CT

Summary

Experienced bio-mechanical Engineer highly knowledgeable in material characterization and finite element analysis. Energetic and critical thinker with PhD.

Work History

PhD researcher

Yale University
  • Material and mechanical characterization of in-vitro and in-vivo biopolymer (cytoskeleton) using molecular FRET-based tension sensor resulting in 2 publications in collaboration with Yale Cardiovascular Medicine and Pharmacology
  • Assisted professors in securing ~$1,000,000 grant funding for living biomaterials research by leading team of scientists and providing preliminary data
  • Developed state-of-the-art finite element and data-driven models for bulk and surface characterization of biomaterials, cells, tissues, ECM, micropipette aspiration with scientists at the U Wisconsin-Madison
  • Discovered a new pressure-based spreading mechanism in models of cancer tumors in collaboration with Yale physicians resulting in high-impact publication.
  • Gathered and organized information for research purposes

Computational mechanics developer

  • Musculoskeletal Biomechanics Lab, Sharif University of Technology, Tehran
  • Developed and validated a viscoelastic spine discs model for crash test dummy based on MRI images and experimental, data resulted in 2 publications
  • Developed finite element models for annulus fibrosus, and nucleus pulposus biomaterials, to predict spinal injuries and degeneration resulted in a high impact publication.

Business and Industry Fellow, Science Commercialization

Yale University
  • Helped identify the target market and for a drug delivery company in collaboration with medical doctors and scientists, shaped how Yale inventions translate into commercial.

Education

Ph.D - Biomedical Engineering

Yale University
2023

M.S - Mechanical Engineering

Sharif University of Technology
2018

B.S - Mechanical Engineering

Iran University of Science and Technology
2015

Skills

  • RELEVANT TECHNICAL SKILLS
  • Biomaterials: UV and thermal synthetic hydrogels, hydrogel micropatterning, rheology, functionalizing synthetic ECM for tissue/cell interactions, biopolymer assays, stretching mechanical tests, creep, stress relaxation tests, bulk and surface mechanical properties of hydrogels, tissues, and biopolymers
  • Cell/tissue/molecular biology: FRET tension sensor development, cell/bacteria culture, PCR-based oligonucleotide synthesis, transfection, hydrogel micropatterning, Particle Image Velocimetry, site-direction mutagenesis, Traction Force Microscopy, Image segmentation, Particle tracking (MATLAB, Imaris, ImageJ), Confocal microscopy, Scanning Electron Microscopy, Atomic Force Microscopy, Hydrogel characterization
  • Computational and CAD: finite element (COMSOL, LS-DYNA, MATLAB, FEBio), FMEA, stress analysis, Machine Learning (Sci-kit Learn, NumPy, PyTorch, pandas), CATIA, Solidworks
  • Programming Languages: MATLAB, Python
  • Soft skills: critical thinking, problem solver, excellent verbal and written communication, creative, team player, confident

Acoustic Guitar, tennis, skiing

I like improvising music on my acoustic guitar after an energetic game of tennis 

Timeline

PhD researcher

Yale University

Computational mechanics developer

Business and Industry Fellow, Science Commercialization

Yale University

Ph.D - Biomedical Engineering

Yale University

M.S - Mechanical Engineering

Sharif University of Technology

B.S - Mechanical Engineering

Iran University of Science and Technology
Sorosh Amiri