VisualCV

Provider of custom data analysis solutions.

•  Developing Math.NET Data and Finance, a set of quantitative programming tools for Microsoft .NET and Excel.

•  Extended the functionality of the Math.NET Numerics open source project and added native library support - funded by Microsoft.

•  Ported and optimized a Matlab dynamic pricing program that took days to run to C++ that completes in 15 minutes.

•  Ported an optimization and simulation program that used Matlab, GAMS, and an Excel Macro to an Excel add-in using C++. Resulting add-in was 25x faster.
•  Created a variable generation API in C#.  It allowed the client to quickly generate complex variables.
•  Developed the backend for the TÜSIAD-Koç University Economic Research Forum data download project.
•  Created an application that generates and estimates near-VAR models using C#. The application was used in a Journal of Money, Credit, and Banking article.
•  Created a customer purchase simulation program with configurable customer preferences and inventory models using C++.
•  Developed the retail application Simple Server Monitor. Allowed for monitoring of servers and remote services from a user's desktops.
•  Created numerous other data generating, management, and analysis programs using C# and C++.

•  Setup and maintain the university's high performance computing clusters.

•  Provide scientific computing support to faculty and graduate students.

•    Supported economists and research assistants on computing issues related to current analysis, forecasting, and research.
•    Maintained and improved applications/scripts used to generate economic forecasts.
•    Wrote an object oriented Java interface around the FAME C-API, which was similar to TimeIQ.
•    Wrote a MPI-based C++ program to estimate stochastic volatility, jump-diffusion models on a Beowulf cluster.
•    Created a FAME interface to allow users to read and write MS Excel worksheets directly from FAME.
•    Developed a tool to convert FAME data into XML (SDMX format) as a member of the Downloadable Data Project.
•    Created tools to assist users with the U.S. Bureau of Economic Analysis (BEA) annual and comprehensive national income and product accounts (NIPA) data revisions.

•    Wrote a Java client API for a non-repudiation system, Evincible Ink, which is based on partial signing of XML documents using PKI certificates, and wrote a Java Applet that allows JavaScript clients to use client API.
•    Led a team of three developers in design and creation of the Evincible Privacy product, which is partial XML encryption product consisting of client API, Key Distribution Server with a SOAP interface, authentication API, and authorization API.

Created multiple Java Servlets including order processing, inventory management, MapQuest integration, credit card processing, and customer questionnaires.

•    Assisted faculty and graduate students with data manipulation and statistical programming projects using SAS, SPSS, STATA, C++, E-Views, Excel, Java, and other software.
•    Facilitated students’ ability to select, manipulate, and analyze data by creating a DHTML interface to SAS, which is used to teach statistical methods to undergraduate students without proficiency in SAS.
•    Allowed users to query library holdings of Institute of Government Affairs by developing and implementing web page using Perl and MySQL.
•    Created multiple statistical and data manipulation programs in SAS, SPSS, STATA, C++, and Java.
•    Designed and implemented a statistical library in Java.