The project is the design of an adaptive PID controller for a propeller arm connecting to a motor drived by an Arduino board.

A device autonomously moving inside an indoor area and creating a real-time 2D plan of there.

Details and specifications of our design for a parallel plate MEMS capacitor which will be used to control a movable mirror in an interferometer device.

Automative sytem to measure the urine volume in a urine bag for ICU patients, based on capacitive change.

The project simulates a network traffic in a given topology where the distance vector algorithm is used for path computations, routing and forwarding.

Line Following Smart Robot done with Raspberry Pi 3

Socket Programming on Java using TCP

VHDL project done on FPGA board as for Digital Design Course ELEC204. I implement a such code that can scroll the selected word on selected pace and direction using VHDL.

control system which can monitor and improve the conditions of temperature, humidity and light intensity for a given particular plant

On Atmega32 microcontroller, I implemented a nostalgic snake game by using 8x8 LED matric and xy analog joystick module. As a programming language, I used AVR C.