- Managing and administering multiple networks of an ISP - WAN and MAN networking - LTE networking - Hardware troubleshooting - High-Tier support - Training of other engineering and support staff - Creation of scripts to automate administrative and monitoring tasks - Design and development of an in-house CRM using a GoLang and MongoDB backend API and a React.js Progressive Web App (PWA) front end that works offline and online, on all mobile devices, and in a desktop browser that is used by employees to manage day-to-day workflows, client tickets, and jobs associated with tickets.

High-level engineering role responsible for system architecture and engineering using GoLang, C++, C, NVCC, CUDA, and some assembly language. Led multiple in-production projects that are of high business-value to Bitfusion even today. interfaced with systems administrators, technology managers, and high level executives at Fortune 500 companies to secure Bitfusion's future with these large companies.* Interfaced with Fortune 500 executives when demoing Bitfusion's Flexdirect in a way that they could comprehend while looking through the eyes of an executive.* Interfaced with technology managers to design optimal hardware solutions on which to deploy Flexdirect clusters, making sure that SLI switches didn't interfere with one another and that network cards nor GPUs had to went through the Root Complex to transfer data slowly.* Engineered networks to ensure sufficiency for the hardware package, whether that network be TCP or RDMA over RoCE either over InfiniBand.* Interfaced with system administrators to gain access to that hardware and integrate Bitfusion's Flexdirect software into our customers' labs including Dell's Labs, Mellanox's Labs, Cisco's Labs and VMWare's labs. This was done using Docker containers, Kubernetes clusters and EXSi virtual environments* A member of the core engineering team to helping to architect and implement Bitfusion's Flexdirect in GoLang, C/C++, NVCC, CUDA, and ASM* Team lead of our Command Line Interface (CLI), managing a team and making sure our GoLang code met strict guidelines* Team lead of our web front-end analytics tool, Flexdirect Analytics (FDA), written in Ember.js. FDA allowed clients to see that their equipment was underutilized and lead to a business need for Flexdirect * Team lead of our web front-end management console, Flexdirect Manager, that allowed system administrators to manage a Flexdirect cluster from a web front-end. * Reviewed other team members' code to insure code quality standards

At Paragon Energy Software my responsibilities include being a full stack developer with in-depth knowledge of C# .NET, Windows Presentation Foundation (WPF), Windows Communication Foundation (WCF), SignalR, Smartclient architecture, Oracle Database Development and Administration, and Windows Server Administration. I participate in and lead Paragon upgrades which include travel to client sites to facilitate the install or upgrade of the Paragon suite, the design and implementation of custom integration with third-party applications. I also have project management responsibilities including client relations, personnel management, requirements gathering, creating design specification, creating technical documentation, and implementing custom enhancements to the Paragon suite to better facilitate the specific client’s business process needs.

At C3, I was in charge of day to day operations as well as consulting with clients. My main responsibility was translating the customer’s needs from a business schema to a software engineering schema. I, then, would oversee the coding and completion of the product and consult with the client regarding implementation.

At mJobTime, I received calls directly from clients that were experiencing issues with our software. Using a multitude of tools, I walked the user through an appropriate solution – either retraining the client or passing a bug report to the coding team. I also helped start a side project to migrate our software from VB6 to C#.

While working under the limited supervision of the chair of the Electrical Engineering department, Dr. Harley Myler, at Lamar University, I developed an omnidirectional, ultra-wideband antenna that could switch, in real time, between GPS, cell phone, FM radio, XM radio, AM radio, TV stations, and other broadcasting satellite frequencies. This was an effort to provide a geopositioning solution that didn’t have a single point of failure.