Objective:
To find a
challenging job in the Financial arena as a quantitative analyst or developer.
Personal
Data
o Home
address:
o Visa status: H-1B (UTK-ORNL)
o Education:
Ph.D. in Physics.
o Phone:
o email:
haliaga@utk.edu
Quantitative
Skills
o Expertise
in
o Green operators, Mathematical
modeling, Numerical methods.
o Probability, Statistics, Partial
and Stochastic differential equations.
o Computation and Financial Math. Binomial/Trinomial Trees.
o Finite Difference Methods,
Large-scale computation.
o Quantum dynamics of spins and fermionic systems.
o Reports, presentations, talks.
Financial
Skills
o Option
pricing models, Black-Scholes analysis, Derivative
products. Exotics.
o http://www.javaquant.net
o Portfolio
Optimization and efficient frontier models. Hedging
techniques.
o Cash Flows, Capital Asset Pricing
Model, Arbitrage Pricing Theory. Risk analytics.
o Reading: Options,
Futures and other derivatives, J. C. Hull; Financial Calculus, Baxter & Rennie;
Numerical solution of SDE through Computer Experiments, Platten,
Kloeden and Schurz; Financial Numerical Recipes in
C++, Oedegaard.
2005-present
Condensed Matter
Sciences Division.
Research Associate.
Physics projects:
• Massive parallel programming.
• Quantum and semiclassical
• Fortran, C++.
• Spin-phonon program. http://mri-fre.ornl.gov/spf/
Finance projects:
•
• Analytic and Binary Trees Option Pricer.
• Java, C++.
• visit: http://www.javaquant.net
2003-2005
Universität Augsburg.
Lehrstuhl für Theoretische Physik III.
Research
Associate.
Physics projects:
• Chebyshev expantion
of the time evolution operator.
• Strongly correlated systems. Two-orbitals
models.
• First publication as single author.
http://link.aps.org/abstract/PRB/v71/e184404
• Conferences, Invited talks.
2002-2003
National
High Magnetic
Condensed Matter Theory Group.
Research Associate.
Physics projects:
• Created and applied new computational "state of the art"
techniques to solve non-linear, statistical problems and differential
equations.
• Exact diagonalization. Lanczos.
• Quantum and semiclassical
• Massive parallel programming.
• Publications, talks.
1998-2002
Atomic
Energy Commission of
Solid
State Physics Group,
Graduate Research Assistant.
Physics projects:
• Conducted frontier research while
pursuing a Ph.D. thesis. I worked in collaboration with people in the Laboratoire d'Etudes des Propriétés Electroniques des Solides (LEPES), Grenoble, France, and Theoretische
Institut II, Institut fur Physik, Universitat Augsburg,
Germany.
• Renormalized Perturbation Expantion for Green
Functions.
• Publications, talks, conferences.
1994-1998
Atomic Energy
Commission of
Solid State
Physics Group,
Research Assistant.
Physics projects:
• Conducted frontier research while
pursuing a M.Sc. thesis
•
• Programming in C, Mathematica.
• Publications.