Email : lauren.fovargue@kcl.ac.uk, lefovargue@gmail.com Website : https://sites.google.com/site/lefovargue/ Techical Skills : C++/C, Python, Matlab, FORTRAN 90, OOP, VTK/ITK, Linux, Ruby, Bash, gdb, totalview, CVS, SVN, LaTeX, STAR-CCM+, acuSolve, RADIOSS, Mathematica, DataTank, Paraview, CAD.

Research Associate @ - Image derived personalised computational modeling of acute heamodynamic response to cardiac resynchronisation therapy for improved patient selection. - Automation and pipeline development for large patient cohorts (200+) - Finite element mesh construction of the left and right ventricle from patient MRI anatomical scans. - Patient-specific myocardium material stiffness estimation and activation reconstruction from non-invasive imaging data. From May 2014 to Present (1 year 8 months) London, United KingdomPostdoctral Research Associate @ Lead Computational Scientist at Scientific Computation Research Center (SCOREC) www.scorec.rpi.edu Project: High Performance Computing Consortium - Delivering individualized solutions for industrial clients, including small and Fortune 500 companies. - Conceptualized and built an in-memory C++ interface to handle communication and translation between a commercial software and self-developed Matlab solver, reducing computational complexity by 98%. - Formulated and expanded in-house finite element software to include a new non-linear boundary condition. - Provided testing and technical support for parallel fluid simulations on supercomputers. Project: Generation and Adaptive Modification of Anisotropic Meshes - Independently designed, implemented and documented a novel unstructured mesh adaptation technique in collaborative software. - Streamlined simulation workflow with scripting and provided fluid simulations. From August 2012 to May 2014 (1 year 10 months) Research Assistant/ Graduate student @ Thesis title : Addressing the computational bottleneck of the immersed boundary method through multi-implicit and multirate strategies with time parallelism. Developed spatial and temporal algorithms to improve the largest stable time step for the immersed boundary method, a popular method for biological fluid-structure interaction problems. From August 2007 to June 2012 (4 years 11 months) Calculus I Instructor @ Full teaching responsibilities for Calculus 1, which included preparing and delivering lectures, writing and grading homework and exams, holding regular office hours and extra review sessions. From January 2011 to May 2011 (5 months) Introduction to Mathematical Modeling Instructor @ I planned and instructed a semester of 'Introduction to Mathematical Modeling'. Duties included creating a full syllabus, schedule, homework set, test sequence and final exam for a semester long class as well as full lecture and grading responsibilities. From August 2007 to December 2007 (5 months) Data Anyalst @ Built and maintained the database for a small service company using Microsoft Access. From May 2007 to August 2007 (4 months) Tutor @ Tutor for upper level mathematics, including high school and college level classes. From January 2005 to August 2007 (2 years 8 months)

Ph.D., Computational and Applied Mathematics @ University of North Carolina at Chapel Hill From 2007 to 2012 B.S., Mathematics @ University of Central Florida From 2003 to 2007 Lauren E. Fovargue is skilled in: Numerical Analysis, Mathematical Modeling, LaTeX, Scientific Computing, Matlab, Modeling, Mathematics, Finite Element Analysis, Fluid-Structure Interaction, Unix, Mathematica, Statistics, C++, Partial Differential Equations, Computational Modeling