Phd Candidate Resume
Piscataway, NJ
TECHNICAL SKILLS
Programming languages: High proficiency in java, Perl, Python, SQL, currently learning C and C++
Statistical analysis software: R, Mathematica, MS Excel, XMGrace
Statistical modeling knowledge: Probability theory, Monte Carlo simulations, pair correlations, linear and logistic regression, hierarchical log - linear models, ANOVA, chi-square, graphical models, clustering, PCA, SVM, Ising and Potts models
Current reading: Option, Futures and Other Derivatives by Hull, Financial Calculus An Introduction to Derivative Pricing by Baxter & Rennie, Monte Carlo Methods in Finance by Jaeckel
PROFESSIONAL EXPERIENCE
Confidential, Piscataway, NJ
PhD Candidate
Responsibilities:
- Modeled the network of correlations amongst HIV protease electrostatic mutations as a 3-state Potts model.
- Applied highly efficient graph-theoretic inference methods, belief propagation and susceptibility propagation, written in C to estimate the fitting parameters of the 3-state Potts model from the distribution of observed probabilities.
- Scored sequences predicted using the Potts model with a physics-based energy function written in Perl to obtain expected energies for each sequence.
- Libraries for data collection, correlation analysis, and interfacing were written in java.
- Modeled a probability distribution of drug-resistance mutations using a 2 state log-linear Ising-like model with parameters fitted using R, constraining die model to fit bodi die univariate marginals and die bivariate marginals from observed data.
- Wrote hierarchical clustering software in Java, implementing it for the use of molecular clustering with the input criteria being Cartesian coordinates and torsion angles, and applied it to understand the diverse binding modes of HIV RT
Confidential, Ridgefield, CT
Medicinal Chemistry Intern
Responsibilities:
- Determined and analyzed the statistical energies of rotatable bonds within thousands of ligands bound to globular proteins with code written in Java.
- Compared database-derived statistical energies to those from an ab-initio DFT method
Confidential, Cambridge, MA
Associate Software Engineer
Responsibilities:
- Developed molecular modeling, compound registration and purchase order libraries using java, |SP, SQL and HTML
- Improved the efficiency of the in-house compound database using Java and SQL and provided software technical support
Confidential, Cambridge, MA
Molecular Informatics Intern
Responsibilities:
- Analyzed a large database of in-vivo and in-vitro biological drug assay data by clustering targets according to fingerprints with code written in Perl
Research Informatics Intern
Responsibilities:
- Developed Java service layer libraries and a graphical user interface (GUI) tool utilizing open source toolkits