Python is the most widely used open source programming language for computer scientists. This language has propelled itself to the forefront of infrastructure management, data analysis and software development. Indeed, among its qualities, Python allows developers to focus on what they do rather than how they do it. It has freed developers from the constraints of form that occupied their time with older languages. Thus, developing code with Python is faster than with other languages. I'm a software engineer who likes to share what I do. I benefit by teaching and motivating people. I am used to working with people of different ages. I believe in segmentation, progress visualization, objective results and practice. the training program: Python #1: Introduction & coding first program Python #2: Variables & Operations Python #3: Conditions & Loops Python #4: Functions & Modularity Python #5: Introduction to object programming Python #6: classes & attributes Python #7: encapsulation & inheritance properties Python #8: Strings & Lists & Tuples & Dictionaries Python #9: Files

Training Program: 1-Introduction Introduction to Embedded Systems Architecture The basics of electronics 2-Presentation of ARDUINO Description of ARDUINO UNO Description of the ARDUINO programming environment (IDE) Basic structure of an Arduino program (setup and loop) The Arduino Processor and Syntax Serial terminal Examples 3-Digital Signal Digital Input/Output Ports Data types Use of Variables, Arithmetic and logic operations Alternative Structures Using loops: FOR, WHILE... 4-Displays The different types of displays Functions Libraries Examples 5- Motors and relays Different types of motors and their controls PWM and variable speed 6-Analog Signal Analog Input/Output and Calibration Ports Analog sensors 7-Interruptions Simplified explanation of interrupts Apps 8- Wireless communication The different types of wireless communication Digital sensors Bluetooth app 9- Practical workshops during each science.