Provide software development and planning services to clients across a variety of technologies and industries. Work has included single page apps with React and TypeScript, web server architecting in .NET, Windows applications for communicating with embedded systems, and web data extraction and third-party API integrations in JavaScript.

Designed SaaS solutions used by nonprofits and government agencies - such as homeless shelters, school districts, and victim services - to streamline and strengthen their efforts within the communities they serve. Accessible and mobile-responsive UI's incorporated React/Redux, TypeScript, ES6, Sass styling, and Jest unit tests. Microservices developed in C#/.NET Core with MySQL, utilizing onion architecture principles with dependency injection, RESTful API'S, and xUnit tests. Partnered with product owners, PMO, Support, Marketing and Training by visiting clients, planning roadmaps, coordinating efforts, presenting project status across multiple departments, tracking and evaluating progress in Jira, triaging bugs, generating digital content, and prescribing software usage.

Built PC applications used to configure and monitor industrial engine control and ignition systems.Converted older VB6 PC programs to updated C#/.NET applications, incorporating OOP principles.Interacted directly with customers, producing systems specs based on their requirements, and wrote technical documentation for both product users and engineering colleagues.

Conducted teaching assistant duties while pursuing Master's degree and writing technical papers and thesis on the development of algorithms for dynamically routing network requests. Planned and instructed semester-long labs for various engineering courses, including Circuits, Electronics, and Applied Electromagnetics. Graded coursework and tutored students in these courses as well as in Signals & Systems and Communication Systems.

Examined the skeleton extraction capabilities of the XBox Kinect, and utilized the Windows SDK for Kinect to determine and positions of subjects based on generated depth images. Cooperatively designed and constructed a large, multi-sensor car mount for use in outdoor data collects.