I'm a computer science graduate student at the University of Arizona, specializing in the intersection of full-stack development and machine learning. My passion lies in building scalable, intelligent systems that solve real-world problems.
Leading autonomous driving research that integrates computer vision with natural language processing to develop intelligent vehicle systems. My current project focuses on creating multi-modal autonomous agents capable of interpreting spoken commands while providing real-time explanations of driving decisions. This research advances the field by bridging the gap between mechanical automation and truly intelligent robotic systems.
Pursuing an accelerated master's program that enables concurrent completion of graduate coursework while finishing undergraduate requirements. Specializing in artificial intelligence and machine learning with emphasis on practical applications in autonomous systems. The program provides advanced theoretical foundation combined with hands-on research experience in cutting-edge robotics and intelligent systems development.
Developing and implementing scalable cloud infrastructure solutions while gaining comprehensive industry experience in modern software development practices. Successfully migrated legacy applications to AWS cloud architecture, utilizing containerization technologies and automated CI/CD pipelines. Achieved 50% reduction in deployment time through strategic implementation of Docker-based workflows and collaborated effectively with cross-functional teams to deliver robust software solutions.
Established comprehensive foundation in computer science fundamentals while developing leadership experience through teaching roles. Served as Undergraduate Teaching Assistant and Course Coordinator, mentoring over 300 students in software development and programming concepts. Earned multiple professional certifications including AWS Cloud Practitioner, AWS Developer Associate, and AWS Machine Learning Specialty. Successfully balanced academic excellence with practical skill development in cloud technologies and modern software engineering practices.
A comprehensive educational platform revolutionizing computer science education. Features include an interactive code editor with syntax highlighting, real-time Python execution environment, automated test validation, and progress tracking. Increased student engagement by 40% and improved learning outcomes through immediate feedback mechanisms.
Advanced drone swarm coordination system implementing affine transformations for multi-robot formations using ROS2 and Crazyswarm2 framework. Developed geometric transformation algorithms for precise swarm choreography, enabling complex formation flying patterns and real-time coordinate system transformations for Crazyflie drones.
Comprehensive autonomous driving system for QCar2 platform that combines vision-based navigation with natural language instruction following and real-time explanation generation. Developed multi-task deep learning model that simultaneously drives the vehicle, responds to text commands, and provides spoken explanations of driving decisions using camera input only.
Professional portfolio website featuring timeline design and integrated AI chatbot assistant. Built with modern web technologies, includes smooth animations, responsive design, and intelligent conversation capabilities. Showcases career progression and technical expertise through interactive elements.
Amazon Web Services
Issued Sep 2024
Hover to view certificate →Amazon Web Services
Issued Dec 2024
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Issued Sep 2024
Hover to view certificate →University of Michigan
Issued Sep 2024
Hover to view certificate →University of Michigan
Issued Jun 2023
Hover to view certificate →I'm always interested in hearing about new projects and opportunities.