Academic CV - Milan Toma

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Researcher

ORCID: 0000-0003-2154-3728

ResearcherID: D-4178-2011

Milan

Toma

Professor (Assistant) at New York Institute of Technology College of Osteopathic Medicine

Department of Osteopathic Manipulative Medicine

Old Westbury, NY, United States

Citations

Contact Info

Resume

About

Born in Slovakia, completed Masters in Applied Mechanics and Mathematics with distinction, moved to Portugal for Ph.D. program in Engineering Science, more precisely Structural Biomechanics, got the Marie Curie Fellowship for Experienced Researchers in France, moved to Japan for second post-doc developing Finite Element Fluid-Structure Interaction Solver, spent 8 months exploring the field of Computational Combustion in Saudi Arabia and then went back to Biomedical Engineering at Georgia Institute of Technology and Emory University; currently an assistant professor at the New York Institute of Technology.

Professional Skills

Python

Biomechanics

Numerical Analysis

Fluid Mechanics

Engineering

Applied and Computational Mathematics

Simulation

Finite Element Modeling

Modeling and Simulation

Computational Fluid Dynamics

Numerical Modeling

Research Experience

Professor (Assistant)

New York Institute of Technology January 2017 - Present

Georgia Institute of Technology

Department of Biomedical Engineering May 2013 - Present

Cardiovascular Fluid-Structure Interaction of Mitral Valves

King Abdullah University of Science and Technology

Clean Combustion Research Center October 2012 - Present

Numerical simulation of lifted tribrachial n-heptane laminar flames in heated coflow and development of the chemiluminescent diagnostic methodology for such flames.

RIKEN

The Institute of Physical and Chemical Research April 2011 - Present

Bio-supercomputing project, Computational Science Research Program, parallelization of the solver previously developed at Tokyo University.

Tokyo University

Institute of Industrial Science April 2009 - Present

Bio-supercomputing project, Organ and Body Scale Team, development of finite element cardiovascular FSI model using strong coupling method and high-order Mooney-Rivlin hyper-elastic material.

ALTAIR Development France

Marie Curie hosting company May 2008 - Present

MYMOSA (MotorcYcle and MOtorcyclist SAfety) project, MRTN-CT-2006-035965, Sixth Framework Program (Marie Curie Actions) of the European Union, development of computational models of human body in various pre-crash, crash and post-crash scenarios.