Projects

Raspberry Pi-Based Surveillance Robot

As a part of our 5th semester course, I have presented a Raspberry Pi-based surveillance robot with my team designed to detect human presence, recognize authorized individuals & alert users in case of intrusions.

Utilizing the Raspberry Pi 4, the system integrates Pi camera, PIR motion sensor and python-based face recognition technology to enable real-time monitoring while mounted on my existing soccer robot platform. Upon detecting an unknown person, the system automatically captures an image and sends email alert to the user.

Github link: raspberry pi based surveillance robot

NASA Space Apps Challenge 2025

Led Team Zero-G in developing an interactive web and mobile application "Zero-G Explorer" for NASA International Space App Challenge 2025. The platform features physics based Neutral Buoyancy Lab training, rocket launch, onboarding tasks and cupola Earth view experience. We Integrated real NASA data including live ISS tracking and educational resources for the educator to create an authentic educational experience.

The experience of conceptualizing, building and submitting the project for a NASA challenge was invaluable.

Project Github link: Zero-G Explorer

30 seconds video: 30 Seconds of Glory | Team Zero-G

IoT Based Smart Energy Meter

My 6th semester project IoT-Based Smart Energy Meter, developed as part of the Measurement & Instrumentation course.

This project focuses on developing a real-time energy monitoring system using an ESP32, current sensor, voltage sensor and Blynk IoT platform. It measures voltage, current, power and energy consumption while displaying readings on an LCD and sending data to the Blynk app for remote monitoring. This system aims to provide a cost effective and efficient solution for smart home energy monitoring and management.

Project Github link: IoT based smart energy meter

Arduino Based Vehicle Speed Tracker

This project was submitted in my first semester which is the Arduino based system measures vehicle speed and detects over-speeding in restricted areas, providing a simple yet effective approach to traffic monitoring and safety.

Remote Control Waiter Robot

Developed in my first semester, this prototype is a remote/voice-controlled serving robot designed for restaurant automation. Built using Arduino uno, Bluetooth module. it demonstrates efficient food delivery with minimal human intervention.

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