Mastering 4 critical SKILLS using Python [Fresh and Updated Link]
190 problems to enhance problem-solving skills. 5 projects for Building Projects and Designing Projects. Quizzes of good quality
What you'll find out
Deep Dive with Python 3 Modern Syntax, from basic to advanced, with 190 practise problems that range from easy to hard to help you learn how to solve level-1 problems.
MANY Projects, from easy to hard, with their answers for building project skills
MANY Quizzes to help you understand the ideas
There are FOUR important skills to learn, not just one.
A proven curriculum: Many of my tens of thousands of students recommend it very highly.
Short, to-the-point, thorough, and easy-to-find lectures.
Learn from someone with a PhD in AI who has been teaching, training, and coaching for a long time.
Description
Almost all other classes are about learning. We focus on four important skills in this class.
Overall
The course covers everything from basic to advanced Python 3 syntax. A lot will be taught to beginners!
The course teaches you the four most important skills a programmer needs to know.
Programming skills
Problem-solving skills: these are rarely taught in other classes.
Some of the skills needed to build a project are taught in other classes.
Skills in design: rarely taught in other classes
7+ times as much practise and homework as in other classes, and a lot of (real and hard) projects.
Style of teaching that is easy, short, and repeats
In a few minutes, I explain clearly what most people need two or three times to do.
This is only a course in English. There will also be full English subtitles in the manual soon.
Content
Variables, Loops, Control Flow, Lists, Tuples, Sets, Dictionary, Functions, and Recursive Functions are the most important things to know.
Programming with objects (OOP)
Objects, Classes, Abstraction, Inheritance, Polymorphism, and Operator Overloading
Several design rules and patterns are built into the homework.
Files, handling errors, modules, and packages are among the special topics.
A lot of tests, exercises, homework, and projects.
There are two kinds of homework: problem-solving (algorithms) and "applications."
There are a number of software design issues in the homework.
You are now learning about Software Engineering and Design Patterns.
Several quizzes to help you understand the ideas
Practice, homework, and projects are all ways to build skills.
My education strategy is one thing that makes this course stand out.
Describe, manage, and challenge
Each video explains a simple idea in a clear way (s)
Usually, easy to medium practise is needed to put the idea into action.
Then usually comes a set of easy, medium, or hard homework questions to test you.
Lots of easy, medium, and hard homework to help build skills.
Most of the practise and homework questions in this class are different.
Most of the programming questions come from my experience in programming competitions.
Most OOP questions are made up to reach more than one goal.
Getting a handle on the OOP ideas
Putting in place a lot of design rules and OOD
Getting you ready for the rules and patterns of design
Set of small to large projects to improve project building and design skills
All of them can be solved.
When the trip was over,
Solid knowledge of how programming works and the Python language syntax
Mastering the target 4 skills
With the problem-solving skills that were taught
Div2-A/B Codeforces is a good place to start competitive programming.
The first day of Data Structure class went well.
Algorithms class gets off to a good start
With the project-building and design skills that have been taught
Software Engineering class gets off to a good start
Later, a smooth start in either the frontend or backend technology track.
Don't miss such a unique learning experience!
Who should take this course
Whoever was interested in programming learned it, but their skills aren't very good because they haven't tried many challenges and projects.
Programming experts from other languages are moving to Python
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