Implementation of Analog real-time clock using 
AVR microcontrollers and Stepper Motor
ULN2803 driver is used in combination of 
LM2596 Switching Buck Converter

Wireless power-meter designed and implemented
 using parallel current measurement technique in order to measure the power consumption of Linux-based Servers at
 Ferdowsi University of Mashhad, Iran

Wireless knee angle monitoring and posture correction based on IMU Jy-61 MPU6050 and ESP8266 Wireless 2.4GHz Technology
Li-Ion 3.7V 4000mA Battery-powered and portable 

Servo-based System with two degrees of freedom
 Hardware developed using AVR microcontrollers 
Image processing performed via Matlab

Wireless IMU system based on CMPS10 via I2C
 communication implemented using AVR microcontrollers
 family and Wireless technology owes to NRF24L01+ 
The thesis project, Bachelor's Degree and won
the second prize, $350 at KnowledgePlus, Electronic
and Robotic Contest, Tehran, Iran

Lane weaving and dangerous drivers can be differentiated from
 good drivers via the the algorithm performed using CNN

Raven IQ Test result taken May, 2020

Implementation of Wireless Knee Angle Monitoring 
Biofeedback System, Mashhad Expo Event, 2017

Design and implementation of wireless head/neck posture correcting biofeedback system based on IMU JY-61 MPU6050 and Wireless NRF24L01, battery based and portable with
 serial output and monitoring available on MATLAB