- Lead frontend engineer for three different teams of up to 4 frontend developers; responsible for organizing work distribution, implementing application architecture improvements, and providing mentorship to team members- Managed the complete frontend development cycle, from design contribution to feature deployment, for several features across multiple products- Primary contributor for a new design system based on the Material UI library, responsible for component development, usage documentation through Storybook, contribution to design (components, palette, spacing, and typography), integration with pilot application, and ongoing support and maintenance- Founding member of the UI Architecture group responsible for creating frontend engineering standards, implementing shared resources, and acting as a knowledge source- Primary engineer for integrating graphql infrastructure into frontend applications, consisting of collaborating with backend engineers to construct a unified schema and building a framework in React for more efficient ongoing frontend development- Implemented a custom email client for a title production system that provided real time context linking with adjacent systems, requiring significant collaboration with multiple dev teams- Rearchitected frontend react application, reducing redundant components and removing circular data flows, to support easier extensibility and maintainability- Customized external parsing library for automatically syncing Figma design tokens into the design system library

Design and develop front-end web applications for the FollowMyHealth healthcare patient portal used by millions of patients, doctors, and hospital administrators. My main responsibility is to expand the functionality of the FollowMyHealth Dashboard, a web app platform used by healthcare providers and hospital administrators to configure the patient portal experience for their patients and perform other administrative functions. Since 2017, I have worked on an initiative to upgrade the existing Dashboard application, developed entirely in Silverlight, to the AngularJS platform. During this process I have become a subject matter expert for the Dashboard, creating entirely new functional sections of the product. One recent example of this was developing an internal organization management screen that allows for the creation and modification of client organizations. For this feature, I was directly involved in every aspect of development from front-end page design to back-end storage integrations. As a full-stack developer that specializes in front-end development, I have worked extensively in the AngularJS framework, but also have experience working in older sections of the code base that were implemented in KnockoutJs. I also regularly contribute along the entire code stack, including MVC API development, .NET and .NET Core server-side applications, and database storage integrations with Microsoft Azure and SQL.

Worked as a full-stack developer on multiple aspects of the FollowMyHealth patient healthcare portal. My primary responsibilities were to maintain and enhance existing functionality throughout the web application. Some of the projects I worked on included implementing a new billing vendor integration, assisting with the development of a telehealth email workflow, face-lifting the UI for the patient’s appointment manager, and delivering a complete rewrite of the sign-in application (uplifted from Knockout.Js to AngularJs).I was able to work on three different development teams, allowing me to gain experience from many different senior developers. I was also able to work in many different sections of the product code-base allowing me to gain a greater understanding of the solution as a whole.As a full-stack developer I worked with many different technologies: back-end technologies such as: C#, the .NET framework, SQL, and Microsoft Azure; and front-end technologies such as: Knockout.JS, AngularJs, HTML, Less, and Silverlight.

Initiated research into interactive visualization techniques for multivariate data with low physical dimensionality. Developed an application of one-dimensional arc graphs for displaying American football play data. Data collection required the creation of an html parser to procedurally aggregate NFL game and play data over 10+ seasons, a bounded natural language text parser to read play descriptions and determine the play type, and scripts to generate structured json objects. The visualization program utilizes the D3 JavaScript library to present the data on an interactive webpage. Presented research at the IEEE VIS 2013 Conference Sports Data Workshop. Work can be viewed at http://seangabrielowens.com/viz.

Worked on a NASA ESMD sponsored project to determine the feasibility of applying FPGA partial reconfiguration (PR) techniques for space program use. Thesis topics included determining the size, power, and time benefits and costs of using PR inside voice communications systems and developing a design tools flow using Xilinx COTS software to produce a test-bench for dynamic PR system designs. The project required the development of methods for preparing the test program for partial reconfiguration. These methods included designing and deciding among multiple module port abstraction implementations to balance design size minimization and code complexity. Thesis can be found at http://seangabrielowens.com/papers/Thesis.pdf

In addition to continuing work on Thesis research, was selected to participate in the NSF GK12 Outreach program to stimulate interest in Science, Technology, Engineering, and Mathematics (STEM) among Middle and High School students. Worked as an assistant High School Geometry teacher responsible for co-teaching daily lectures and creating, writing, and leading bi-monthly hands-on exercises. Exercises were designed to be relevant to lecture topics with ties to current graduate research, providing a real-world application example.

Functioned as the on-site technology support provider for an office staff of 50+ architects and interior designers. Primarily responsible for maintaining day-to-day operation of staff workstations, including responding to and resolving client issues, performing regular software updates and operating system upgrades, and executing machine clean-up processes. Other tasks included maintaining work-order database archives, developing and implementing a hardware inventory system, and building/upgrading new client workstations.

Supervised the weekly laboratory sessions of 15+ students enrolled in the Digital Systems Design course. Duties included providing laboratory assignments, presenting more detailed information on lecture topics relevant to laboratory work, answering questions, and assessing student performance on given tasks.Worked as an assistant to multiple Computer Engineering professors for the Microprocessors course. Was responsible for grading student homework assignments and meeting with professors to recommend additional attention be given to specific topics during lecture hours based on student performance.