Develop and deploy full-stack applications utilizing React, Next.js, Node.js, and PostgreSQL to modernize internal systems and streamline district operations. Collaborated within a three-person development team to deliver scalable solutions that replaced legacy systems and enhanced operational efficiency. Leveraged diverse technology stack including Go and Quickbase to meet varied project requirements and optimize backend processes.

• Legacy System Modernization Initiative: Successfully launched multiple production applications that replaced outdated .NET sites from the 1990s and manual Excel-based workflows; enhanced system performance and user efficiency by developing modern full-stack solutions using React/Next.js frontend and Node.js backend with PostgreSQL databases.

• Arts Program Management System: Designed and implemented a comprehensive event management platform for district artistic programs, enabling internal teams to create, update, and remove events seamlessly. Transformed manual processes into an intuitive digital solution that improved workflow efficiency and data accuracy.

• Internal Tools Development: Delivered range of specialized applications from lightweight single-page calculation tools to complex data management systems, tailored to specific departmental needs. Demonstrated versatility by utilizing Quickbase for rapid backend development alongside traditional database solutions.

As a Software Engineer at IBM, I developed and maintained high-quality software applications by writing clean, efficient code in various programming languages. My responsibilities included gathering requirements, analyzing user needs, and implementing robust solutions that significantly enhanced the user experience. I conducted code reviews and actively participated in quality assurance processes, including writing unit tests and integrating automated testing frameworks.

Key Accomplishments:

• Client Interaction Portal Project: Designed and launched a high-traffic client-facing portal using React.js and Java Spring Boot, facilitating seamless real-time data processing. Enhanced data integrity and performance through effective SQL database management, optimizing user experience and ensuring system reliability under high traffic conditions.

• Data Retrieval Platform Project: Developed an internal data archival and retrieval system using React for the front end and Java for the back end, significantly improving search functionalities. Ensured high reliability and efficient data management by leveraging SQL, which contributed to faster data access and better resource management by enhancing overall system performance.

In my role as a Frontend Developer at View Labs, I designed, developed, and implemented scalable software solutions using modern programming languages and frameworks. My focus was on enhancing user functionality and performance while actively participating in daily stand-ups and sprint planning sessions. I collaborated closely with product owners and team members to prioritize tasks and deliver features within an Agile environment.

Key Accomplishments:

• Achieved a 30% reduction in post-deployment issues by conducting thorough code reviews and optimizations, enhancing overall code quality.

• Boosted mobile user satisfaction and optimized application performance by implementing responsive features tailored to diverse devices.

• Enhanced and scaled a large video meeting application using React, Redux, Material-UI, and AWS services, resulting in improved performance and increased user engagement.

As a Software Engineer Intern at Sunrise Credit Services, I designed and implemented robust software solutions for credit processing systems, ensuring compliance with industry regulations while enhancing system performance. My responsibilities included conducting thorough testing and debugging of applications using automated testing tools to guarantee functionality, security, and reliability. I also integrated data sources, managed data flows, and developed ETL processes.

Key Project: Legacy Systems Enhancement

• Improved system functionality and stability by debugging and refactoring over 1,000 legacy programs, leading to a more reliable credit processing environment.

• Streamlined data management and mitigated manual efforts by creating a PHP-based automation program for file sorting, increasing operational efficiency.

• Enhanced system usability by 50% through the development of an automated code refactoring tool, significantly reducing technical debt and improving maintainability.