In Python Course – Kids Coding

What you'll learn
Learn how to use Python 3 the right way
Create your own basic programs with python
Correctly execute operations in Python
Understand programming structures
Learn about loop structures and conditionals
Nurture computational thinking
Develop problem-solving skills
Develop critical thinking
Understand technology
Understand that learning from mistakes is vital.
Develop learning by doing skills
Expand your creativity
Realize that persistence is rewarded
Requirements
You have to be able to operate a computer at a basic level
A pair of headphones could be helpful
Description
InPython Course - Coding for Kids is a practical Python programming course that provides fun, cartoon-style videos and hands-on learning experiences with the Micro:bit and Edison robot. The course is aimed at students aged 11 and above.The course offers a range of tools and resources, including funny cartoon-style video clips, quizzes, crosswords, exercises, solutions to the exercises, educational games, projects, documents, and slides. The videos are unique in that they feature cartoon characters with distinct and funny personalities.The course also includes educational robotics activities using the Edison robot, which can be programmed with Python. This allows students to see their code come to life and achieve the educational goals of each unit. In addition, the course now offers activities with the Micro:bit microcontroller, which can also be programmed with MicroPython.Users can skip the corresponding sections if they do not own an Edison robot or Micro:bit.Upon completing the course, students will gain a strong understanding of key concepts related to computing, including critical thinking, problem decomposition, pattern recognition, abstraction, and algorithms. Students will also learn to write, test, and modify algorithms for a program using flowcharts and pseudocode. Additionally, they will understand programming constructs like variables, data types, and logic, and learn to use iteration, conditional statements, procedures, and functions to improve efficiency and functionality in a program. Finally, they will learn to test and debug a program to ensure it meets requirements before release.
Overview
Section 1: Computational Thinking & Programming
Lecture 1 Why Should I learn To Code?
Lecture 2 Computing & Computational Thinking
Lecture 3 Computer Programming
Section 2: Introducing Python & Variables
Lecture 4 Install and start Python
Lecture 5 IDLE programs
Lecture 6 Variables
Lecture 7 Exemplary Solved Exercises and Exercises to be Solved
Section 3: Calculations & in-built functions
Lecture 8 Programming Structures
Lecture 9 Expressions
Lecture 10 In-built functions & modules
Lecture 11 Exemplary Solved Exercises and Exercises to be Solved
Section 4: Python and Turtle Programming
Lecture 12 Introduction to Object Oriented Programming
Lecture 13 Turtle Module
Lecture 14 Exemplary Solved Exercises and Exercises to be Solved
Section 5: Edison Robot – Get Familiar and Set Up
Lecture 15 Edison Robot – Introduction
Lecture 16 Barcodes
Lecture 17 Edison & Python
Lecture 18 Moving Edison
Section 6: Micro:bit Introduction & Programming
Lecture 19 Micro:bit Intro
Lecture 20 Micro:bit & Python
Section 7: Lists, other Collection Data Types & Iterations
Lecture 21 Lists, tuples and Arrays
Lecture 22 Exemplary Solved Exercises
Lecture 23 Iterations
Lecture 24 Micro:bit & Collection Data Types and Iterations
Lecture 25 Exemplary Solved Exercises and Exercises to be Solved
Section 8: Logical Expressions and Selection Structure
Lecture 26 Logical Expressions
Lecture 27 Selection Structure
Lecture 28 Exemplary Solved Exercises and Exercises to be Solved
Section 9: Loops and While Repetition
Lecture 29 Loops
Lecture 30 Exemplary Solved Exercises and Exercises to be Solved
Section 10: Functions & Algorithm Description
Lecture 31 Flow Charts & Pseudocode
Lecture 32 Functions
Lecture 33 Exemplary Solved Exercises and Exercises to be Solved
Section 11: So, how the story ends?
Lecture 34 So, how the story ends?
Section 12: Project: Autonomous Parking
Lecture 35 The Problem of Automatic Parking
Kids or teens aged 11 to 18 years old may attend this course under the supervision of a guardian or a teacher.,Teachers. Ideal for blended learning in flipped classrooms,Fathers, mothers or guardians may purchase this course for their kids,Adults may use this course to understand the basics of Python
Homepage

https://www.udemy.com/course/in-python-course-kids-coding/

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