Electrical & Electronic Engineer
Electrical and Electronic Engineering graduate specializing in embedded systems, automation, power electronics, IoT, and intelligent technologies. I design integrated solutions combining electronics, firmware, and software.
ESP32-based wearable medical sensing platform using IMU sensors, embedded signal processing and Python visualization software.
An IoT-based flood early warning system using ESP32 and Wi-Fi for real-time water level monitoring, alert generation, and dashboard visualization.
PCB design for a microcontroller-based data logger using KiCAD software.
Firmware, microcontrollers, real-time systems.
Sensors, motion, control, embedded intelligence.
PLC, SCADA, HMI, automation, machine control.
Connected embedded devices, wireless communication.
Digital hardware, Verilog.
Power Electronics based Circuit design, High Power Switching Design, DC-DC Converters.
Edge AI, computer vision, embedded ML.
My interests lie at the intersection of embedded systems, robotics, industrial automation and artificial intelligence. I enjoy designing systems that bridge electronics, firmware and intelligent algorithms to solve real-world engineering problems.
I'm always interested in embedded systems, robotics, automation and engineering research.