As Chief Technology Officer at Flash Returns LLC, I lead the strategic direction and compliance of our technology infrastructure, ensuring alignment with regulatory standards. I developed and maintain the company’s website, leveraging Ruby on Rails and PostgreSQL to create a robust and scalable platform. My role also includes fostering new customer relationships and ensuring our facility adheres to all requirements set forth by the State of Ohio Board of Pharmacy and the Drug Enforcement Agency, with a focus on the secure handling and storage of pharmaceutical products.

As Lead Software Engineer at Fifth Third Bank, I played a pivotal role in advancing the capabilities of the Intelligent Automation division. I mentored developers in UiPath, establishing best practices and setting the standard for automation across the organization. I led daily scrum ceremonies, collaborating with cross-functional teams to identify and automate repetitive manual processes. These initiatives significantly reduced errors, lowered operational costs, and enhanced the overall customer experience.

As a Senior Software Developer with Apex Systems, I contracted with Fifth Third Bank to enhance their Intelligent Operations division. Working within a Scrum team, I focused on automating repetitive manual tasks to minimize human errors and generate significant annual savings. These automation solutions not only improved operational efficiency but also allowed employees to focus on more strategic and meaningful work.Our team utilized C#, Pega Robotics, and UiPath to develop these automation applications. I played a key role in leading daily Scrum meetings, as well as various security governance sessions, ensuring that our projects were both efficient and secure. Additionally, I engaged directly with multiple business units across the bank, collaborating to identify prime candidates for automation and gathering valuable feedback to continuously refine our solutions.

At Masters Pharmaceutical Inc., I developed a Django-based website to display up-to-date information for tens of thousands of National Drug Codes (NDCs). This project involved virtualizing Windows Server on VMware ESXI to host the platform. I engineered a solution that converted and imported Gold Standard Drug Database SQLite tables and associated images into a Microsoft SQL Server database using Python and FTP. This system provided a robust and efficient way for the company to manage and access critical pharmaceutical data.

At RXCROSS LLC, I served as Chief Technology Officer, leading the development of RxNinja.com, a virtual pharmaceutical wholesaler platform similar to trxade.com and matchrx.com. Our platform enabled multiple secondary pharmaceutical wholesalers to list their inventories, allowing verified pharmacies to seamlessly purchase products.I built the full-stack solution using the Django framework and leveraged a range of Amazon Web Services (AWS) to ensure scalability and reliability. The backend infrastructure included services like CodeCommit, Elastic Beanstalk, EC2, Route 53, RDS, S3, and VPC, which collectively supported the platform’s operations and growth.

As the sole proprietor of FulcrumBot.com, I reverse-engineered the PC game League of Legends to develop an advanced automation application that emulated human gameplay. Utilizing tools like OllyDebugger, IDA Pro, and Cheat Engine, I created a two-part solution: a C# application and a C++ DLL.The C# application emulated the RTMP client for account management and game queue operations, while also handling communication with a PHP backend for license verification via HTTPS and AES256 encryption. The C++ DLL was injected directly into the game client, where it mimicked human behavior by hijacking the main game thread loop with a JMP command and executing thousands of assembly instructions.To support this, I built a LAMP-based website hosted on a DDoS-protected IP, ensuring robust and secure service delivery.

As a Graduate Research Assistant at Auburn University, I engaged in multidisciplinary research to support military contract proposals for SBIR and CERDEC. I developed a range of applications using Bash, C++, and Python, all within the Ubuntu operating system, to address complex challenges.My most notable achievement was the development of a Network Interface Connectivity Emulator. This tool allowed Ethernet connections to simulate various predefined ad hoc network topologies dynamically, providing a versatile and effective solution for testing and research purposes.

During my internship at Integrated Solutions for Systems, Inc., I focused on R&D for Software Defined Radio (SDR) applications using Ettus' Universal Software Radio Peripherals (USRP). Working in C++ within the Ubuntu operating system, I developed a wireless communication protocol that enabled the measurement of key performance metrics, including packet delay time, packet loss rate, packet bit error rate, and packet corruption rate. This protocol was tested across various fixed distances between multiple USRPs, contributing valuable insights into the efficiency and reliability of wireless communications.

In my role at the Office of Information Technology for the Harrison School of Pharmacy, I was responsible for troubleshooting desktop hardware issues and deploying software bundles to laptops. My most significant achievement was the complete redesign of the Harrison School of Pharmacy website to align with Auburn University standards.I developed ASPX pages that dynamically queried a Microsoft SQL database to display employee contact information, biographies, and room availability. This project was executed within the Windows operating system using Microsoft Visual Studio, enhancing both the functionality and user experience of the school’s online presence.