I am a B.Tech student in Information Science and Technology at Presidency University, with a strong interest in Artificial Intelligence and building technology that solves real-world problems. I enjoy exploring innovative ideas and applying them to practical use cases that create meaningful impact.
During my academic journey, I have worked on projects such as AI-powered smart glasses designed to assist visually impaired individuals, and a team-based hackathon project where we developed a live Air Quality Index monitoring website. These experiences have strengthened my ability to think critically, collaborate effectively, and turn ideas into functional solutions.
My core skills include Python, working with AI tools, and effective communication. I am driven by a passion for innovation and aspire to become a startup founder, building scalable and impactful tech solutions. I am always open to learning, networking, and collaborating on exciting projects.
July-August 2026
Mindenious
Key Responsibilities
- Planned and created social media content to improve brand awareness and engagement.
- Managed social media platforms and maintained a consistent content schedule.
- Researched current trends, hashtags, and audience interests to develop relevant content.
- Assisted in creating captions, creatives, reels, and promotional content.
- Monitored engagement metrics and analyzed content performance.
- Supported digital campaigns and promotional activities to increase reach and audience interaction.
- Coordinated with team members to execute marketing initiatives and meet campaign goals.
- Researched competitors and market trends to identify new content and marketing opportunities.
2025-2029
Presidency University

AI-Powered Smart Glasses is an assistive technology project designed to help visually impaired users better understand their surroundings. The smart glasses use a camera and AI-based computer vision to identify objects and recognize text in the user’s environment.
When an object or text is detected, the system converts the information into audio, allowing the user to receive spoken feedback without needing to interact with a screen. The prototype combines an ESP32-CAM/camera module, AI-based object or text recognition, and an audio output system to provide real-time assistance.
Key Features:
AI-based object detection
Text recognition (OCR)
Real-time audio feedback
Portable wearable design
Hands-free assistance
Designed with accessibility and independence in mind
Sahay AI is an AI-powered government schemes assistant designed to make public welfare programs easier to discover and understand. It helps citizens find relevant government schemes based on their profile, such as state, income, occupation, and category.
The platform provides an AI-powered eligibility checker, personalized scheme recommendations, simplified explanations, and an interactive AI assistant for answering scheme-related questions. It focuses on reducing the complexity of navigating government welfare information and helping users identify schemes that be relevant to them.
Key Features:
AI-powered government scheme recommendations
Personalized eligibility checking
User profile-based matching
Simplified explanations of schemes
AI chatbot for scheme-related
Links/information directing users toward official government resources