Leading a team of talented software engineers, ensuring efficiency and project execution across multiple projects. An intentional focus on fostering innovation and driving continuous improvement in our operational excellence. In the words of Steve Jobs, "Great things in business are never done by one person. They're done by a team of people."

Assigned to work on engineering and architecture projects related to Alexa and Kindle devices.

(Java) Performed as an integral part of the architecting and deployment of our companies second product offering which consists of a real-time collaboration software service for lenders and title companies complete with a REST based api for external facing integrations. MVP developed under a very aggressive timeline and was deployed on time. Product meets all UCD requirements for Certification with MISMO, Freddie Mac, and Fannie Mae. Operating as team lead.(C++/Java) Develop client code to integrate with real-time OCR engine. Ensure that the engine can handle heavy loads of concurrent connections and meet the time constraint necessary for near real-time data input needs.(Java) Refactored API document utilities separating data and business logic. This is a core system vital to every transaction. After refactor the system could be unit tested without touching the other parts of the system. (Java) Develop SOAP and RESTful services integrations into recording jurisdictions, i.e. New York City’s ACRIS system. These integrations allow for third party title companies to submit through the Simplifile web application directly to the recorders of various counties and receive verification of completion.

(C++) TCP packet capture. The open source project TCPFlow by Simson Garfinkle was forked and completely re-written to an object oriented C++ code base. The development environment was converted to CMake and code was documented using doxygen. The final product grabbed packets from a network device and recorded flows for analysis.(Java) Required altering the open source Java program ImageJ by adding custom code per stakeholders requirements and converting the desktop application to a cloud based application. The server side was developed using Java Servlets served from an Apache/Tomcat server. The data was stored on the server using the H2 JDBC.(x86 Assembly/C) Required scanning controllers in hard drives and video cards using assembly and c. Specifically this project was part of a forensic effort to determine if hardware could be compromised to allow for viruses to exist even after reformatting a system.(PHP/Solr/JQuery/Perl) Required developing a distributed system for cyber security. The front end was developed using JavaScript and JQuery. The backend was developed using PHP and Perl with a connection to Solr-Lucene and Postgres on a Linux Apache server. Helped design the GUI presented a challenge in that it had to allow for deep customization of a control panel that presented a large number of options while maintaining simplicity for the end user. Received high kudos for work performed on this project.(Java) Created a distributed system that power companies could implement to determine the ampacity of power lines and determine how much current they could send through their power lines. Paper forth coming.(Ruby, JavaScript, HTML5, iOS) Created an XML parser to parse paper based procedures into computer based procedure. The application was developed for the iPhone. The backend was completed in Ruby using Motorola's Rho Studio. The front end was developed using HTML5 and JavaScript. This project resulted in a published paper.

Financial Planner