Lanre Oyebanjo

Led front-end development for a DoD-supported cybersecurity platform, owning primary user experiences and core functionality. Built a scalable Vue 3 application with a high-performance article search and a custom text-to-speech reading system. Integrated multiple REST APIs across articles, events, dashboards, and authentication while modernizing legacy implementations for better responsiveness and maintainability. Ensured Section 508 accessibility compliance and used AI-assisted workflows for research, prototyping, debugging, and reviews.

Modernized an analytics platform by transforming Logi Vision into Logi DataHub for enterprise customers. Built a Node.js/Express.js translation layer exposing REST APIs to support data exchange with the client application. Developed reusable React component modules adopted across teams, implemented i18n with i18next, and improved dashboard usability through enhanced visualization organization and filtering. Participated in architecture discussions and performed peer code reviews.

Developed enterprise front-end applications for government intelligence and analytics workflows. Enhanced ExtJS-based functionality such as sortable/filterable data grids with persisted user preferences. Improved a document search platform with advanced viewer capabilities and performance-focused refactors of legacy components. Added automated unit tests to support safer iteration and reduced technical debt.

Built enterprise web applications supporting operational reporting, workforce management, geospatial intelligence, and analytics. Developed a training certificates dashboard for centralized certification tracking, course monitoring, reporting, and notifications. Implemented interactive geospatial mapping with OpenLayers for after-action reports and built analytics dashboards for operational performance and service request metrics. Created reusable UI components and rich interfaces with advanced search, charts, and reporting.

Enhanced enterprise workforce management applications for the U.S. Energy Information Administration. Implemented secure vendor administration and personnel workflows including role assignment and access control. Developed authorization and lifecycle management features governing LAN access and user permissions, along with data validation rules to reduce invalid transactions. Contributed to performance review workflows with validation and approval processes supporting supervisory sign-off.

Contributed to an enterprise widget framework by developing reusable UI components and configurable dashboard functionality. Implemented client-side validation, event handling, and administrative features to support customizable widget-based workspaces. Developed and enhanced multiple reusable widgets for layout and navigation patterns, and supported a marketplace web application with interactive UI improvements and validation. Worked in an Agile environment with cross-functional engineering teams to deliver maintainable front-end capabilities.

Designed and developed enterprise Java and web applications for defense and intelligence initiatives. Worked with Spring MVC, Struts, and related Java frameworks to build secure web capabilities and integrations. Implemented desktop tools for business process modeling and analysis using design patterns, XML processing, and data visualization. Contributed to automated testing and supported mission-critical delivery across multidisciplinary teams.

Developed enterprise Java applications using Hibernate and JUnit to support reusable APIs and server-side architecture. Contributed to object-relational mapping and client-server system components for government applications. Worked on graph-based data visualization capabilities to support government system insights. Collaborated on maintainable design patterns and API development practices.

Performed research and software development for classified electronic warfare programs. Developed MATLAB simulations and missile guidance models, and supported digital receiver analysis for defense research needs. Produced Java implementations to support modeling and analysis workflows within the research environment. Focused on translating engineering requirements into working simulation and software components.

Developed Electronic Support Measures software as part of electronic warfare and signal analysis efforts. Implemented functionality using C++ and supported engineering contributions to defense-related electronic systems. Focused on performance and correctness for specialized electronic warfare software components. Worked on software that supported analysis technologies for signal processing.