Education: Rutgers, the State University of New Jersey Newark, NJ Rutgers Business School, Master of Quantitative Finance May 2010 - Probability and measure theory, stochastic calculus, financial modeling I & II, options/derivatives, fixed income, corporate finance / financial statement analyses, investment banking, risk management / stress test, numerical analysis
- Econometric modeling (time series, regression analysis), Monte Carlo simulation
- Proficient computational skills: Excel/VBA, MatLab, SAS(Certificated), C/C++/Java, SQL, S plus
- Course projects:
- Filled in missing data by regression, Brownian bridge, etc. methods
- Back-tested CAPM, Fama-French model and momentum trading strategies using historical panel data, compared US market sector returns with their volatilities by MatLab
- Weighed SLB and HAL's economical comparative advantages as of end of 2008 by studying their 10-k statements, comparing financial ratios and forecasted their pro forma statements
- Analyzed PFE/WYE merger & acquisition (2009), A123 company IPO (2009), Marvel Entertainment Group's bankruptcy and restructuring (1997)
- Simulated interest rate derivatives and equity derivatives pricing in lattice structure
- Constrained optimization for asset allocation and risk minimization
- Employed VaR methodology by historical variance-covariance matrix, historical simulation and Monte Carlo simulation methods
- Performed model validation according to OCC 2000-16 on an ARIMA model
- Numerical integration by Monte Carlo methods, finite difference methods for Partial Differential Equations
- Investigated statistical arbitrage trading strategies (pair, mean reversion) by cointegration with MatLab; explored the difference between forecasted and realized P&L
University of North Texas Denton, TX Ph.D. in Engineering May 2004 Dissertation: Synthesis and characterization of special xerogels for microelectronics Experience: Ferro Corporation Penn Yan, NY Process Engineer 2004-2008 - Applied statistic methods (SPC) to effectively reduce raw material variation by over 90%
- Modeled in-house production process, identified key parameters for stability by regression
- Increased client’s production yield by technical support, improved customer satisfaction
University of North Texas Denton, TX Research Assistant 2000-2004 - Initiated a new process for microelectronics, modeled related material’s properties, and its potential impact on devices
Additional: - US Permanent Resident
- Excellent communication skills
- CFA candidate
- Student member of IAFE
Last update : 04/05/2010 18:56 |