Summary
Overview
Work History
Education
Skills
Publications in Review
Timeline
Generic

John Kearns

New York

Summary

Foremost, I am curious. I love to dig in and obsess with a new topic. I became an expert in cardiovascular fluid mechanics during my PhD and I am keen to dive into a new subject for a new challenge.

I am analytically minded, detail oriented, and have a proclivity for mathematics and scientific computing/programming. My greatest asset is that I know I can learn any skill needed to solve whatever problem I'm currently focused on. I pride myself on my ability to communicate complicated technical concepts in a non-technical, yet comprehensive way.

Overview

7
7
years of professional experience
6
6
years of post-secondary education

Work History

PhD Researcher

Monash University
Melbourne
01.2020 - 07.2024
  • Invented a superior workflow to construct CFD models of realistic human hearts (left ventricle) from MRI.
  • Developed robust analyses of cardiac function using both anatomical MRI and vector-flow imaging (4D-Flow).
  • Focused on clinical translation of engineering results.

Applications Engineer

Future Facilities
San Jose
03.2017 - 12.2019
  • Built CFD models for thermal management of large data center facilities based on provided layouts and client collaboration.
  • Spearheaded MATLAB integration into priority CFD software (Six Sigma DCX).
  • Trained basic and advanced users.

Education

Master of Science - Mechanical Engineering

Georgia Institute of Technology
Atlanta, GA
09.2015 - 12.2017

Bachelor of Science - Mechanical Engineering

University of Notre Dame
Notre Dame, IN
09.2011 - 05.2015

Skills

  • Computational Fluid Dynamics (CFD)
  • Mathematics & Modelling (spectral/Fourier analyses of PDE, statistics, numerical & analytical models)
  • MATLAB (Scientific Programming)
  • Fluid Flow in Cardiology
  • Image Analysis (MRI, 4D-Flow CMR)
  • Communication to non-technical persons

Publications in Review

  • Subject Specific Computational Fluid Dynamics models of Left Ventricular Haemodynamics.
  • Exact Solutions to the Vorticity Transport Equation Demonstrate Vorticity Generation is Invalid.

Timeline

PhD Researcher

Monash University
01.2020 - 07.2024

Applications Engineer

Future Facilities
03.2017 - 12.2019

Master of Science - Mechanical Engineering

Georgia Institute of Technology
09.2015 - 12.2017

Bachelor of Science - Mechanical Engineering

University of Notre Dame
09.2011 - 05.2015
John Kearns