• Conducted software design and development activities for a United States Air Force (USAF) customer, focusing on Base Defense and Counter small Unmanned Aircraft Systems (C-sUAS).
• Contributed to a software product scrum team, assisting in system-level design, software development, unit testing, software integration testing, and defect resolution.
• Collaborated with the program Software Architect, Deputy Product Owner, and government customers to execute the software development lifecycle using Agile methodologies.
• Utilized tools to stay organized with team members such as JIRA, BitBucket, Confluence, and Microsoft Teams.
• Leveraged Knowledge in JavaScript, TypeScript, Svelte, SvelteKit, React, Next.js, Node.js, Express, Fastify, TypeORM, Jest, Vitest, Cypress, Playwright, HTML, CSS, SQL, Postgres, and debugging using Visual Studio Code and browser Developer Tools.
• Maintained a Department of Defense SECRET Security Clearance.

• Provided support to the Air Force SEEK EAGLE Office (AFSEO) by participating as part of a disciplined software development team to generate software tools, user interfaces, utilities, and applications.
• Worked as a software engineer on the AFSEO Compatibility Enterprise System (ACES) team to support the organization’s goal of providing evaluation of compatibility between aircraft and stores as well as technical advisory to other organizations.
• Acted as the SEEK EAGLE Request (SER) and Mass and Physical Properties (MaPP) project lead to work directly with stakeholders to gather requirements and utilize agile principles to quickly meet the needs of the customer.
• Worked as the lead developer to design, architect, and implement the Mass and Physical Properties (MaPP) module in ACES.
• Charged with leading tasking meetings to ensure that all team members had planned out their user stories for the new sprint or iteration.
• Navigated around challenges presented by the COVID-19 pandemic to ensure that MaPP was released to production on time.
• Awarded the ERC Superior Performance Award in August 2020 for my work on the Mass and Physical Properties (MaPP) module in ACES.
• Developed a service that allows ACES to integrate with Microsoft Project Server to improve the end users workflow from initial SEEK EAGLE Requests to planning out engineering work for a compatibility package.
• Collaborated with other developers to analyze, estimate, design and implement features and user stories.
• Communicated with end users, customers, and other team members to implement, modify, or correct code.
• Developed code to meet established requirements as an individual and as part of a team.
• Peer reviewed fellow developer’s code and documentation to ensure it met the team’s quality standards and best practices.
• Participated in iteration planning meetings, daily stand ups, and technical coordination meetings for reporting issues, planning, designing, and providing status.
• Utilized tools to stay organized with team members such as Azure DevOps, MatterMost, and Microsoft Teams.
• Leveraged Knowledge in ASP.NET (MVC, Web API), Entity Framework, C#, JavaScript, Vue.js, AJAX, HTML, CSS, SQL, MSTest, Azure DevOps, and debugging using Visual Studio and browser Developer Tools.
• Obtained a Department of Defense SECRET Security Clearance.

• Spearheaded the development, testing, documentation, and code implementation of new and existing web applications.
• Worked as the Lead Developer for the company’s Drug Court Case Management (DCCM) web application, used by Drug Courts across the United States to track client progress through drug court.
• Communicated with clients to define business requirements for enhancement requests and reported issues.
• Created a REST API and Integration module to securely import data to and from 3rd party systems.
• Optimized the development and deployment process by unifying the DCCM codebase across all states.
• Redesigned the web application for functionality across all modern browsers, instead of only Internet Explorer.
• Utilized tools to stay organized with team members such as GitHub, Raygun, Zendesk, and Slack.
• Leveraged Knowledge in ASP.NET (WebForms, MVC, Web API, Core), C#, JavaScript, HTML, CSS, SQL, GitHub, and debugging using Visual Studio and browser Developer Tools.
• Collaborated in the development and maintenance of the company’s Drug Court Analysis System (DCAS), Best Practices Self-Assessment Tool (BEST), and Families In Need Of Services (FINS) applications.
• Created the company’s new corporate website using ASP.NET Core.
• Assisted in creating an improved Standard Operating Procedure for the company’s Ticket Management System as well as enhanced documentation procedures for our software.
• Complied with the Criminal Justice Information Services (CJIS) and Health Insurance Portability and Accountability Act (HIPAA) guidelines to secure and protect Personally Identifiable Information (PII) and Protected Health Information (PHI).

• Performed maintenance on various NASA Shared Services Center (NSSC) applications by working NASA Service Requests (NSRs) and Incident Tickets.
• Collaborated closely with team members and customers to develop solutions that satisfied customer needs and NASA standards.
• Created and modified application documentation such as System Overviews, Change Request Forms, and Security Test and Evaluation (STE) forms.

• Tested new software releases for various NASA Shared Services Center (NSSC) applications.
• Designed Test Cases and executed Test Runs to verify that new software performed accurately and reliably according to documented requirements as well as established standards under both normal and abnormal conditions.
• Created clear and concise bug reports.
• Coordinated with the Development & Engineering Team by reporting bug incidents and verifying bug fixes.
• Worked independently and in a group setting.
• Administrator for the TestTrack Testing Suite.

Relevant Coursework: Software Engineering I/II, Relational Database Management Systems, Data Structures and Algorithm Analysis, Operating Systems and Computer Architecture, Object Oriented Programming, Organization of Programming Languages