This course teaches Arduino and its practical applications from scratch. Arduino is a board that reads digital and analog signals from sensors and controls the modules connected to it. It starts with the Arduino components, variables and the simulation program, then lighting an LED with a push button and getting to know the breadboard. Next you learn IF, Switch, For and While statements, arrays and functions, and you display data on the Serial Monitor. Then you work with sensors such as the light sensor, the temperature sensor, the motion sensor and the distance sensor, along with the servo motor, the DC motor, the LCD screen and the keypad.
- Master the fundamentals of programming with Arduino.
- Create practical projects like a smart car.
- Handle sensors and motors at an advanced level.
This course teaches the design and programming of the Lego Mindstorms robot, an interactive robot from Lego used to teach robotics to children and young people in many schools. It begins with the world of robots and their history, then introduces Lego Mindstorms, the software and the general specifications, followed by logic and robotics. Next you explore the program components and menus, the available blocks and the move block, you program the robot to move and you try applications of the move command.
- Master programming robots using EV3.
- Design interactive robots using sensors and programming.
- Understand how to implement practical robotics projects.
This course explains how to design and program robots with the Arduino UNO board, from getting to know the board to building practical projects. You start with the introduction and learning about Arduino and the features of the UNO board, an explanation of inputs and outputs, preparing the components and tools, and sensors. Next you learn the Arduino software and variables in two parts, the basic programming commands, IF conditions, and for loops in two parts. Then you practice by lighting a lamp with two switches, using a photoresistor, and using a servo motor, with downloadable files for the introduction, the practical work, and the programming.
- Ability to design and program robots using Arduino Uno.
- Understanding how to connect sensors and other components.
- Mastering basic programming for Arduino.
This course explains the principles of electronics, the basics of electronic components and circuit design. You start with an introduction to the importance of electronics, its history and applications, then learn about semiconductors and the electronics industry. After that you study the types of electricity in three parts, the properties of alternating current, wires and types of connections, Ohm's law and Kirchhoff's law, and measuring instruments. Then you move to electronic components: resistors, capacitors, transformers, diodes, transistors and LEDs.
- Understand the components of electronic circuits and how they work.
- Design simple electronic circuits using basic components.
- Apply basic electrical laws to practical projects.
This course teaches the basics of robotics and robot building with hands-on practice. It starts with an introduction to the course, a first look at the world of robots and the steps of building a robot. Next you learn the basic components of robots and the electronic components, plus ways to control a robot in two directions, then advanced electronic components and mechanical parts, each in two parts. You then move to software components across three parts, the programming code and ways to control the speed of the robot.
- Comprehensive understanding of mechanical and electronic components of robots.
- Writing code to control robots.
- Implementing a project to build a robot from scratch.
This course teaches you how to design and simulate electronic circuits with Proteus software, step by step. You start with an introduction to the program and the course, then get to know the interface and the tools. Next you design simple circuits such as an LED circuit with a voltage source and a resistor, a circuit that controls an LED with a button, and you learn about measuring instruments in electronic circuits. Then you learn to use the variable resistor and the rectifier, switch LEDs on with a Deep Switch, and use the relay, the transistor and the MOSFET in circuits.
- Ability to design and simulate integrated electronic circuits.
- Acquire skills to use Proteus efficiently and professionally.
- Deep understanding of handling various electronic components.
