khubaib kayani

Thesis: “Design and Implementation of an IoT Platform with 5G”. 1. Developed a high-performance 5G-based IoT platform, integrating both hardware and software aspects of embedded system development. 2. Designed electronic circuits and PCBs enabling communication between an inverter and the Walter board using RS485 and CAN protocols. 3. Programmed the Walter board in C++ (Arduino IDE), implemented cloud connectivity, and integrated the system with HiveMQ for reliable IoT communication.

Designed electronic circuits and PCB layouts, and programmed an ESP32 microcontroller for Posthubb, a smart package-handling device using load sensors and PIR sensors to measure package weight and detect activity. Developed an Android application enabling users to connect the device to a Wi-Fi router via Bluetooth, bypassing manual Wi-Fi credential entry, and allowing owners to update delivery access codes. Implemented task-handling techniques to manage and execute multiple embedded processes efficiently.

Programmed Arduino, ESP8266, and ESP32 microcontrollers across multiple embedded firmware projects. Developed and optimised firmware by integrating hardware and software components, ensuring stable and reliable system performance. Built an IoT-based Door Controller using SIM800L (GSM) and TCP protocol. Designed PCB layouts and programmed an ESP32 for a Smart Elevator Lock System. Designed PCB layouts for home automation systems using PIR motion sensors, moisture sensors, and CO₂ sensors.