This task is one of the tasks required in Smart Methods training program.

Temperature-Controlled Fan System using AVR (ATmega 32)

This repo has an Arduino project for a basic calculator using a 4x4 keypad and an LCD. It also includes an Atmega328p Proteus simulation to test the circuit without physical components.

This is a fun project that done with Atmel Studio and Protues

Elevator system using C8051F020 Silicon Lab Kit (8051 IC) and C Language

Distance Measurement System using UltraSonic (HC-SR04) and AVR (ATmega32)

a full system used to control and manage electrical devices using the Raspberry PI microprocessor to save wasted energy in classrooms. This can be achieved through the features provided by this system like automating the process of lighting and ventilation based on students' locations, manually controlling devices and specifying schedule of work

Explore the synergy of hardware and software with our 7-Segment Driver project,The accompanying Watch Application demonstrates practical usage, while the Proteus Simulation offers an interactive environment to experiment with the technology. Join us in unraveling the world of digital displays, microcontroller programming, and simulation.

DIY PIC16F887 Microcontroller Prototype Board

This task is one of the tasks required in Smart Methods training program.

This task is one of the tasks required in Smart Methods training program.

Smart Door App with Proteus 8 Simulator

Automatic Sliding Door

Interface between Arduino and [ LCD & Keypad ] Through 8255

Small Smart home project controlling the light of room, temperature sensor, and motor through a Bluetooth

Here I upload my arduino projects with documented code !!

Embedded clock with 3 modes: Timer, stopwatch and normal clock showed in an LCD and controlled via a keypad

This task is one of the tasks required in Smart Methods training program.

Develop a door locker system using two ATmega32 microcontrollers. The HMI_ECU includes a 2x16 LCD and 4x4 keypad for user interaction, while the Control_ECU handles password processing, door control via a DC motor, and an alarm with a buzzer. Passwords are stored in EEPROM. Secure access and alerts on incorrect attempts ensure reliable operation.