Professional Portfolio
Artificial Intelligence has fundamentally transformed from a supportive tool to the dominant force driving modern software development. These projects exemplify this shift, where AI systems like Kimi and Claude Code don't just assist—they actively shape the entire development process from conception to deployment. By leveraging the advanced reasoning capabilities of these AI platforms, complex data analysis, educational content creation, and sophisticated web applications can be built faster and more intelligently than traditional development approaches allow. The following projects demonstrate how AI collaboration enables developers to focus on creative problem-solving while the AI handles research, data processing, and technical implementation details.
This comprehensive solar energy resource began as a three-day exploration project driven by curiosity about solar collection potential at specific geographic coordinates. What started as gathering solar irradiance data through AI-assisted research evolved into a full educational platform. The site provides detailed solar energy calculations, visualization tools, and practical information for understanding renewable energy potential in different locations. Building on this foundation, the project has expanded into an educational resource for high school renewable energy courses, making complex solar data accessible to students and educators. The platform demonstrates how AI-assisted research can be transformed into valuable public educational resources.
This comprehensive maritime logistics platform provides international shipping analytics and intelligence tools for professionals in the shipping industry. The platform features shipping route tracking, port information databases, freight rates analysis, and data visualization capabilities that help users understand global maritime logistics patterns. With sections covering routes, ports, rates, and shipping intelligence, the platform aggregates and presents complex shipping data through an intuitive interface. This project demonstrates the application of AI-assisted development in creating specialized industry tools that transform raw shipping data into actionable insights for maritime professionals, logistics coordinators, and transportation analysts.
This dynamic polling data visualization platform offers an alternative way to explore and understand political polling trends. Built using data scraped from RealClearPolling, the site provides interactive charts and analysis tools that allow users to examine approval ratings, election polls, and political trends through customizable visualizations. The backend employs Python for automated data collection and serves this information to the frontend via a custom API, ensuring the data remains current and accessible. This project showcases how traditional data sources can be reimagined through modern web technologies to provide more intuitive and user-friendly interfaces for political data analysis.
All projects are built using NextJS for optimal performance and user experience, deployed via Docker Compose for reliable hosting, and managed through Cloudflare's domain services, demonstrating modern full-stack development practices applied to practical, educational, civic-minded, and industry-focused projects.