In addition to my existing duties as a Technical Lead of a software development team, I now am managing the careers multiple direct reports.

Promoted to Tech Lead in addition to my existing duties as Senior Software Engineer. Leading a diverse engineering team on a Java web application, utilizing Hibernate and Dropwizard. As Tech Lead, I am responsible for communicating technical aspects of product development to other internal stakeholders, as well as communicating their needs back to the development team.

Full stack developer on an ASP.NET WebAPI application. Backend work done in C#. Frontend work done in Javascript using Durandal and Knockout. Application talks to a SQL Server Database. Occasional work on Windows Workflow (WF) services. Work also done in developing APIs to expose data to third parties. Experience deploying to Azure and working with Azure Event Hubs.

In March of 2014, I was promoted to Software Engineer II at Dematic. My duties include those of my previous position as a Software Engineer I, with an increased amount of responsibility of creating detailed software designs for customer projects from requirements documentation, creating estimates for my work, and performing implementation of more complex functionality in customer projects.

A Software Engineer at Dematic is not your typical Software Engineer. At Dematic, I write code in the office, test it in a simulation of a job site, and deploy and troubleshoot to a production warehouse. I am currently programming primarily using the Java J2EE language working with the JCoffee Architecture and JBoss server. I also do work in Oracle PL/SQL to develop views for our database. Notable work I've done:- Developed host transaction processing systems for DC Director Warehouse Control System projects. This system prepared messages to send and processed messages received from a host interface. Systems I've developed for have sent and received messages via JMS (Java Messaging Service), shared Oracle database tables, and socket connections. The messages have been encoded as padded text, JSON, and XML on the projects I have worked on.- Created numerous web based user interface dialogs using the Google Web Toolkit to display critical system data. These dialogs are used on all installations of DC Director worldwide.- Maintained and developed Rich Client GUI dialogs using the Java AWT (Abstract Window Toolkit) library. Experience working with various LayoutManagers, such as BorderLayout, GridLayout, and GridBagLayout. Learned to import images into dialogs, create buttons, create and handle various dialog states, and perform actions conditionally based on user selections on dialogs.-Experience writing design documentation for host transaction processing systems for DC Director Warehouse Control System projects. Designed detailed functionality for interactions between DC Director and host system, including functionality and message format.All work done using Eclipse IDE and checked into a Tortoise SVN Version Control system. Projects built using Ant and Maven.

- Tested software on IBM Z/OS, various flavors of Unix, and Windows platforms.- Executed and authored manual test plans for software on IBM Z/OS, Unix, and Windows.- Executed and authored automated test plans for software on IBM Z/OS, Unix, and Windows.- Created and executed cross platform test scripts in Perl.- Contributed to prototype of new product using Java.- Wrote unit tests for prototype product using JUnit.- Maintained and updated the InstallShield installer projects for various Windows products.

Took an idea and made it reality. Approached by a friend in July 2009 asking if I was interested in taking on a project for pitch correction software for USB MIDI keyboards. Started working on it during my senior year at Marquette University. We developed the Dynamically Tunable Keyboard, or DTK, in Java by the end of my college career. The DTK used Just Intonation music theory as the basis for a tuning algorithm for the digital piano. The DTK was a piece of software that ran on Windows and Mac OS X systems with a MIDI keyboard connected. The software allowed for the user to play their keyboard in Just Intonation tuning in real time. The software would track the chords and notes being played on the piano, and use that data to calculate and produce specific tuning in real time. This took the digital piano to a whole new level. Instead of only being able to play 88 specific tones, it could now play an infinite amount of tones.Eventually, we wanted to take the DTK to market. We entered in the Kohler Center for Entrepreneurship Marquette Business Plan Competition. We developed a business plan that took second place, which is rare for undergraduate participants. We filed as an LLC and obtained a provisional patent for our technology. We developed a marketing and branding strategy - the DTK would end up as "Tonality." We released Tonality as a beta on our company website. I left Intonation not long after this to peruse other opportunities. They are still doing their best to make excellent sound a reality.

- Authored test plans for various pieces of software- Researched and recommended an automated test tool for use on a piece of Windows software- Researched and developed proper requirements documentation for internal software tools- Developed internal software tools, such as a data collection tool for Human Resources, a tool to automate sprint worksheet tasks, and a tool to update a SharePoint list when a build was completedTechnologies used: .NET (C# and Visual Basic), Visual Basic for Applications (VBA) with Excel, and Sharepoint.

I worked to maintain four computer labs. I was responsible for ensuring that equipment was in working order and that all necessary software was available.