Technology Stack Proficiency: Demonstrated expertise in C#, Python, and JavaScript, developing tailored software solutions for the travel industry.Backend System Architect: Designed and implemented a robust C# backend system that integrates seamlessly with a Next.js frontend, offering a competitive online travel booking experience.CRM System Customization: Oversaw the customization of Dynamics 365 for comprehensive CRM, invoicing, and accounting integration, facilitating streamlined business processes and growth.API Integration Expert: Led the integration of Sabre's REST APIs, expanding our booking capabilities and simplifying travel management.Team Collaboration: Collaborated with team members to leverage technology in driving Global First Travel's mission of delivering exceptional travel experiences.

Providing engineering design and support for Full Stack software applications, particularly if they pertain to the growing world of Web3. The more complex the problem, the more eager I am to work on a unique solution. These solutions are generally language agnostic, however they have a tendency to include Python and/or JavaScript (React and Next).Currently working on leveraging the power of text to art GAN algorithms to create memorable user experiences.Always open to potential collaboration.

Automate deployments and testing via combinations of Ansible and Jenkins.Deploy and maintain custom end to end test deployments of our software.Solve complex engineering problems via solutions implemented in a combination of python, bash, C, groovy, and more.Worked using a ticketing system (Jira) and Git in order to provide version control and change management.

• Provide highly effective solutions to high-level engineering issues related to both R& and high energy physics. Notable achievements while in the position have included:- Created highly successful, innovative programs in C++, C#, and Python to control and record data for high precision R&D testing. - Designed and implemented a safety interlock system in support of the RFQ project and specifically the testing of H+ Ion Source. - Utilized Python to develop high-speed data acquisition systems and developed Jupyter Notebook scripts to automate data processing and generation.- Selected to present results and research methods at international conferences.- Designed and assembled multiple vacuum chambers to support R&D efforts.

• Developed customized Python control software to resolve a variety of computer engineering challenges. • Implemented new techniques to integrate live video into software to collect more accurate data and utilized SolidWorks to create mechanical engineering solutions related to diamond cathode testing. • Provided wide-ranging support for multiple projects when software-related issues needed timely resolution.

• Created new, innovative software using LabView and C for data acquisition, debugged existing software to upgrade the old system to modern implementations, and repaired malfunctioned data acquisition hardware.

• Surveyed multiple sites for radioactive contamination and materials, generated 3-dimensional reports and representations of collected data, and utilized ArcGIS software to incorporate more accurate positional data.