Computational Mechanician
Bryan/College Station, Texas Area
Computational Mechanician
Bryan/College Station, Texas Area
Finite element analysis, Structural analysis, Structural dynamics, Continuum mechanics, Mechanics of materials, Nonlinear finite element analysis, Finite element modeling of reinforced concrete, Finite element modeling of asphalt concrete, Viscoelasticity, Mechanics of asphalt concretes, Damage mechanics.
(Government Agency; Civil Engineering industry)
November 2007 — Present (11 months)
I develop and implement material characterisations for asphalt concretes. Specifically, I describe asphalt pavements using a damaged, visco-elasto-plastic constitutive model which is used to perform finite element analysis.
(Partnership; Civil Engineering industry)
March 2008 — May 2008 (3 months)
I was contracted to perform a dynamic analysis of a reinforced concrete reaction floor. I used Abaqus to model the structure and perform the modal analysis.
(Government Agency; Civil Engineering industry)
May 2006 — November 2007 (1 year 7 months)
I worked on several projects involving timber construction, destructive material testing, non-destructive inspection and structural health monitoring using system identification. My specialties were material modeling and structural analysis.
Master of Science, Civil Engineering (Structures), 2007 — 2009 (expected)
Bachelor of Science, Civil Engineering (Structures), Mathematics, 2003 — 2007
Engineering mechanics, Finite element analysis, Technology in general, Psychology, Open source software
Structural Engineering Association of Texas, American Society of Civil Engineers, American Society for Testing and Materials, American Concrete Institute, The American Institute of Steel Construction, Society for Industrial and Applied Mathematics, Texas A&M Language Learning Institute, Texas A&M Amateur Radio Club.