Mathematician, Computer Scientist, Quantitative Finance analyst
Greater New York City Area
Mathematician, Computer Scientist, Quantitative Finance analyst
Greater New York City Area
Large scale simulations of complex physical systems. Numerical solution of
partial differential equations. Fluid-structure interactions.
Cochlear modeling and hearing research.
Experience in developing mathematical models for complex financial instruments.
(Educational Institution; Higher Education industry)
2009 — Present (less than a year)
Large-scale simulation of complex physical systems.
Fluid-structure interactions.
Astrophysics.
Hearing research, cochlear modeling.
(Educational Institution; Computer Software industry)
2004 — 2005 (1 year )
Research in domain decomposition methods for numerical solution of partial differential equations.
(Educational Institution; Higher Education industry)
2002 — 2004 (2 years )
Developed algorithms and software for distributed computation of large scale fluid-structure interaction problems.
(Educational Institution; Computer Software industry)
1999 — 2002 (3 years )
Research in fluid-structure interactions. Constructed the most comprehensive large-scale computational model of the cochlea (the inner ear).
(Privately Held; Financial Services industry)
1997 — 1999 (2 years )
Developed mathematical models for analysis of complex financial instruments and assisted traders in using these models.
Ph.D. , Mathematics , 1989 — 1997