Salahaddin Ubeyd

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Hi, I’m SALAHADDIN UBEYD, Electronics Team Manager OF Makers

I’m passionate about technology and very interested in learning electronics and programming.

I have a lot of experience in electronic components and PCB design

I worked for 4 years in the field of phone maintenance. My experience in tracking problems in PCB boards and solving them developed

My mission in the makers team: Electronics Team Manager

I have experience in project management and teamwork.

 

I started in the field of robot programming 5 years ago, starting with Arduino and ESP

And programming it in C++And now I am developing myself in the Python language to add artificial intelligence to the projects I make

I also have experience in designing 3D models, which allows me to create integrated projects myself

I have projects that I made myself, and I worked on three sections myself

1 Hardware 2 Software 3 Design and there are projects that I participated in with the makers team

1 Bluetooth rc car

2 Self-driving car

3 Developed car to draw a plan of the place

My Skills and Expertise

  •  Microcontrollers: (Arduino, ESP, Raspberry Pi)

  • Programming Languages: C++, I develop myself in Python language

  • PCB design (Proteus, EasyEDA)

  • 3D Design: Fusion 360

  • Hardware:Phone Repair Expert

My Projects (with Arduino)

1. SMART CAR – Bluetooth

Introduction

This project is one of the first attempts to build a small racing car that can be controlled via a smartphone using Bluetooth technology. This car features
four-wheel drive, making it flexible and easy to maneuver, along with a quick response to commands. Remote control provides the user with an enjoyable and innovative driving experience through a simple mobile application.
Car Features

  • Easy to drive from the phone: The car can be controlled through a smartphone application using Bluetooth technology.
  • Instant response: The car responds quickly and immediately to commands sent from the phone.
  • Four-wheel drive: The car is equipped with four motors that provide four-wheel drive, allowing for better control and stronger performance on various surfaces.

Four-Wheel Drive Benefits

Ability to change direction: Thanks to the four-wheel drive system, the car can change direction left or right from the same point of stability, enhancing its maneuverability.

Components Used

 

  • Arduino Uno
  • Driver L298N
  • 4 Motors
  • Two 18650 Batteries
  • Horizontal Dual Battery Holder
  • Connecting Wires
  • On/Off Switch

-Project map