Maintained a clean, organized, and visually appealing sales floor to support a seamless shopping experience during high-traffic periods.
Took initiative during peak hours to restock inventory and assist customers in locating products and resolving issues.
Contributed to team efficiency and customer satisfaction by ensuring merchandise was always accessible and well-presented.

Created a welcoming environment by engaging with customers, answering questions, and suggesting relevant product options.
Organized and received inventory to ensure shelves were consistently stocked and visually appealing
Helped improve customer satisfaction by multitasking effectively in a fast-paced retail setting.

Acted as the first point of contact to resolve customer inquiries and promote relevant services in a professional manner.
Built rapport with clients by demonstrating deep product knowledge and prioritizing a customer-first approach.
Conducted follow-up calls and resolved customer issues promptly, ensuring satisfaction and minimizing complaints.

A lightweight, feature-rich code editor being built in Java with support for multiple programming languages. Designed for developers who need a simple yet powerful tool for coding.

I developed an AI-powered machine translation system using machine learning techniques and over 50,000 bilingual sentence pairs. The model was trained and evaluated using industry-standard methods, achieving a BLEU score of 27.4, indicating high translation accuracy. I automated the entire workflow to ensure repeatability and efficiency across development stages.

I created StudySync, a user-friendly web platform that helps students join or create study groups and collaborate more effectively. The platform includes features like profile management, group chat, file sharing, and notifications—all accessible through a clean and responsive interface.

I designed and implemented an AI-based chess engine that plays full games against human users by evaluating possible moves and predicting outcomes. The system uses fundamental principles of machine learning and decision-making algorithms to choose optimal strategies. It integrates logic for game rules, move legality, and board state management

I designed and implemented an AI-based chess engine that plays full games against human users by evaluating possible moves and predicting outcomes. The system uses fundamental principles of machine learning and decision-making algorithms to choose optimal strategies. It integrates logic for game rules, move legality, and board state management