As a Mechanical Engineer at Foxconn Industrial Internet, I specialize in the design and development of network enclosure components for rapid prototyping and low-volume production. I work closely with clients and internal teams to ensure manufacturability, cost efficiency, and quality through every ...

This project focuses on automating commercial storage facilities using a smart robotic system designed to locate, organize, and store inventory efficiently while minimizing manual labor and wasted space. The system integrates mechanical motion control, embedded electronics, and automation logic to c...

The Smart Fish Feeder is an IoT-based automatic feeding system designed to assist busy individuals who may forget to feed their fish due to work or school schedules. The system enables remote dispensing of fish food and provides real-time monitoring of remaining supply, ensuring consistent feeding a...

This project addresses the challenge of automated plant care for users who are frequently away from home or too busy to maintain regular watering schedules. The solution involves developing an autonomous mobile robot capable of navigating indoor spaces, identifying multiple plant pots, and performin...

Undergraduate Research Assistant investigatings air layer drag reduction (ALDR) as a potential method to minimize frictional resistance on marine vessels, which accounts for roughly 60% of a cargo ship’s propulsive power requirements. By generating a thin air layer between the hull and surrounding w...

Start of my journey. This project focuses on improving ergonomic comfort and workspace efficiency for individuals working or studying from home during the pandemic. Recognizing the discomfort caused by prolonged use of laptops in cramped environments, our team explored design solutions that enhance ...

Braking systems are critical safety components for sports cars and other high-performance vehicles. Ensuring the reliable operation of braking systems under all environmental and mechanical conditions is essential, and material failure or manufacturing defects cannot be tolerated. Simultaneously, ma...

This personal project will focus on developing an assistive exoskeletal brace designed to support mobility, balance, and joint relief for overweight individuals. The goal is to create a mechanically optimized, ergonomic, and affordable wearable system that reduces strain on the lower limbs while mai...

This project focuses on designing and fabricating a fully custom PC case that balances functionality, aesthetics, and efficient thermal management. The goal is to create a modular and visually appealing enclosure that supports high-performance hardware while maintaining optimal airflow and ease of a...

Sometimes, pictures are worth a thousand words. So, this is just me on the side.