Skilled in building and implementing automation solutions using tools like n8n and Zapier to reduce manual work and improve accuracy. Experienced in analyzing and optimizing membership and event management workflows, identifying repetitive tasks, and creating efficient, cross-platform automations to support smooth operations.

Organized and led technical workshops, including coding boot camps and design projects, to equip female engineering students with practical skills. Enhanced website accessibility and navigation for a smooth digital experience. Integrated event management software to streamline registrations and track attendance, ensuring efficient execution for over 50+ participants.

Developed and executed a digital marketing strategy using social media and email campaigns, boosting Hackathon sign-ups by 45%. Collaborated on building an interactive event website with HTML, CSS, and Java to streamline registration and engagement. Managed live social media coverage, including executive interviews and behind-the-scenes content, enhancing post-event buzz and long-term recognition.

CineFlicks is the go-to platform for finding your next favorite film! This website uses complex recommendation algorithms to propose movies based on your choices. Whether you're a movie buff or just searching for a weekend watch, this tool makes it simple to discover a universe of cinematic possibilities.

Developed an engaging and dynamic Interactive Games Room Program featuring three popular games: Number Guess, Rock-Paper-Scissors, and Coin Toss. Designed to provide a seamless and interactive user experience, the program uses input handling, dynamic feedback for the user about their play choice, and real-time score tracking to ensure user engagement and satisfaction.

The purpose of this project is to successfully transfer the luggage's from one platform to the other by designing a mechanism that would help do this. Our finalized mechanism design was developed on AutoCAD. Then the CAD model was turned into a physical structure by 3D printing the individual parts. The mechanism was controlled by a Rotary Actuator which allowed the mechanism to extend to the other side as soon as the luggage was dropped onto to it. Additionally the luggage was dropped onto platform A by Q-arm technology. The code for controlling the rotary actuator and the Q-arm technology was developed through Python. We also developed a program to get various information from the passengers in the airport.