My first drone, built with the APM 2.8 flight controller. SkyOne introduced me to the fundamentals of drone technology — from components to flight principles — and gave me a hands-on foundation in UAV design.

An advanced evolution of SkyOne, equipped with Pixhawk, Raspberry Pi, GPS, and telemetry. SkyTwo experiments with live video streaming and basic computer vision, pushing toward autonomous flight and smarter aerial capabilities.

A custom DIY Arduino-based RC transmitter and receiver system, designed to wirelessly control any Arduino project — from drones to RC cars and planes. With simple receiver-side adjustments, AirLink provides a versatile and low-cost alternative to commercial transmitters.

A low-cost IoT system developed during the COVID-19 lockdown to prevent boiling milk overflow using temperature sensing, Arduino/ESP microcontrollers, and Android app alerts. This project integrates thermocouples, buzzers, and Bluetooth communication, evolving into an ESP-based smart household utility.

VitalLink is a compact wireless health monitoring system built with the XIAO ESP32-C3 microcontroller. It measures SpO₂ (blood oxygen saturation) and non-contact body temperature in real time, transmitting data seamlessly to a MATLAB dashboard for live visualisation.

A platform built with Python (Flask) to connect sponsors and influencers for campaign collaborations, ad request negotiations, and real-time analytics with a role-based system.

ParkEase is a full-stack web application that streamlines 4-wheeler parking management with role-based dashboards for admins and users. It supports parking lot creation, spot reservations, cost tracking, and data-driven analytics. The app also automates reminders, monthly reports, and CSV exports for a seamless management experience.