Arjun Kasimsetty

am a third-year Electronics and Communication Engineering (ECE) student with a strong interest in embedded systems, hardware design, and applied problem-solving. My core skills include C/C++ programming, ESP32 development, sensor integration, power management, and wireless communication using LoRa and WiFi. I enjoy building end-to-end engineering solutions, working across both hardware and firmware layers.

I was a Smart India Hackathon (SIH) Finalist, which helped me gain valuable experience in rapid prototyping, teamwork, system design, and delivering functional prototypes under strict timelines.

One of my key projects is a tethered drone system for continuous crowd monitoring, designed to overcome battery limitations by providing uninterrupted power through a tether. This enables long-duration aerial surveillance for public safety applications. I worked on power architecture, electronics integration, and system stability.

I am also developing a long-range walkie-talkie system using ESP32 and LoRa, supporting RF-based voice communication and WiFi-based VOIP mode. The system integrates GPS, audio processing, QR-based configuration using ESP32-CAM, and battery management.

Additionally, I have worked on wireless camera control systems, autonomous rover navigation, and multiple IoT and robotics projects. I actively participate in hackathons to learn fast, innovate, and build impactful real-world solutions.