ASP.NET and C# Application Developer with lots of SQL and Database experience who enjoys leveraging mathematics and technology to achieve superior results in niche fields, such as Trade Processing Software, Computational Physics, and Media Analytic Services. Specialties: Languages–C#.NET, ASP.NET, JavaScript, C++, SQL, VBScript, Powershell, Linux Shell, Batch, XML, HTML5, CSS3 Frameworks – .NET Framework, Windows Presentation Foundation, Developer Express, jQuery DBs – MySQL-SQLYog, SQLServer-Management Studio, Kognitio-SQL Launch Pad/Control Tower Programs – Microsoft Visual Studio, TFS, IIS, WinMerge, Notepad++, SSH Secure Shell, FileZilla, Microsoft Visio, Putty Tools Concepts – Object-Oriented Design, Regular Expressions, N-tier architecture, UML Design, Software Life Cycle, ETL Process Computational Finance:Cox-Ross-Rubinstein Model, Monte Carlo Methods, Brownian Motion Model

Software/Database Engineer @ • Design, code, test, and debug Media TRAnalytics and its Site Administration web application in ASP.NET using C# • Implement smooth user interfaces across both projects using DevExpress user controls and JavaScript with jQuery • Completely Automate ETL process into a single workflow using Powershell, MySQL, SQLServer, and Putty Tools • Document and Diagram web applications’ objects, workflows and relationships using UML From May 2009 to Present (6 years 8 months) Financial Systems Developer @ • Coded Enhancements in C# for TwoFour’s Trade Processing Solution. • Drafted Technical Specifications for programming projects. • Trained new hires in TwoFour’s best practices and procedures. • Ran System builds and installs on an ad-hoc basis. From August 2007 to November 2008 (1 year 4 months) Electromagnetism Research Intern @ • Automated data collection of Electromagnetic modes in a stabilized resonant cavity. • Recorded data and analyzed modal frequency shifts in electric waves due to interaction with materials placed along the centerline of the cavity. • Reproduced results for a glass sphere along the centerline (mode families m11 and m31) • Experimented with NaCl, PbNO3, a copper shell, H20 samples and investigated x and y modes. • Examined the behavior of degenerate modes. • Mathematically verified theoretical predictions linking wave energy with frequency shift. From June 2006 to August 2006 (3 months)

Physics, Physics, Mathematics @ Yeshiva University From 2003 to 2007 Hillel From 1991 to 2003 Mathieu Ferster is skilled in: Object Oriented Design, C#, .NET, JavaScript, SQL, Microsoft SQL Server, MySQL, XML, Data Warehousing, Subversion, C++, CSS, XHTML, Visual Studio, Programming, IIS