C# Logical Puzzles Games Algorithm Projects (step by step)
- Development
- Dec 08, 2024

C# Logical Puzzles Games & Algorithm Projects (step by step), available at $54.99, has an average rating of 4.75, with 44 lectures, based on 94 reviews, and has 10960 subscribers.
You will learn about Practice and understand loops, arrays, recursion, OOP and more Code beginner and intermediate projects using C# Become an intermediate programmer by understanding the how and why of each line in your program Think like a programmer This course is ideal for individuals who are The course is NOT suited for complete beginners. or The course is best suited for college students taking C# classes, or self-taught students. or Beginners who are currently learning how to program in C# and need a guided practice exercises. or Students who need to put the concepts and theory they learned into practice. or Beginner C# programmers seeking to cement the knowledge by doing short programming projects that are challenging, yet not out of his/her skill set exercises. It is particularly useful for The course is NOT suited for complete beginners. or The course is best suited for college students taking C# classes, or self-taught students. or Beginners who are currently learning how to program in C# and need a guided practice exercises. or Students who need to put the concepts and theory they learned into practice. or Beginner C# programmers seeking to cement the knowledge by doing short programming projects that are challenging, yet not out of his/her skill set exercises.
Enroll now: C# Logical Puzzles Games & Algorithm Projects (step by step)
Summary
Title: C# Logical Puzzles Games & Algorithm Projects (step by step)
Price: $54.99
Average Rating: 4.75
Number of Lectures: 44
Number of Published Lectures: 44
Number of Curriculum Items: 44
Number of Published Curriculum Objects: 44
Original Price: $19.99
Quality Status: approved
Status: Live
What You Will Learn
Who Should Attend
Target Audiences
C#锟?/strong>is an excellent programming language.聽It鈥檚 part of the .Net family of languages, and as such, it allows you to program some truly amazing solutions. So, congratulations on choosing to learn this amazing language. 馃檪
As it is common among beginner programmers, the enthusiasm to learn often is not enough to make the leap from beginner to intermediate.聽
The bad news is:聽code fear is real, and it hinders, or even stops your progress.
The good news is:聽you can learn to eliminate it! And all it takes is a little practice and determination. And that鈥檚 where this course will help you greatly!
The course goes over several C#聽programming exercises.锟?/strong>I show you how to put the theory you learned into practice by showing you how to solve each exercise and walking you through all the Why鈥檚 and How鈥檚.锟?/p>
In the process, you will learn how to translate the project requirements into a working code. You will learn to use many different programming concepts, such as聽Conditional Statements, Loops, Arrays, Multi-dimensional arrays, OOP鈥?and pick the right one for your solution. But above all,聽you will learn to think like a programmer! This course is all about practice. Therefore, to benefit from this course, you need to be an active student. It doesn’t matter if you are self-taught or attend a programming course. What matters is the time and effort you are willing to put into learning and practicing your skills.锟?/p>
There are no lectures in this course. However,聽I do my best to explain what I am trying to accomplish with each line of code, and touch on common pitfalls, too.锟?/p>
This is a course for beginner to intermediate C#聽programmers who need to put the concepts and theory they learned into practice and for people who prefer to learn by doing. This is NOT聽a course for absolute beginner! If that’s you, then let’s start coding! Lecture 1: Introduction Lecture 1: Factorial – Loop solution Lecture 2: Factorial – Recursive solution Lecture 1: FizzBuzz – Loop solution Lecture 2: FizzBuzz – Recursive solution Lecture 1: Fibonacci Numbers – Loop solution Lecture 2: Fibonacci Numbers – Recursive solution Lecture 1: Tower of Hanoi Lecture 1: Sieve of Eratosthenes Part 1 Lecture 2: Sieve of Eratosthenes Part 2 Lecture 1: Lo Shu Magic Square Part 1 Lecture 2: Lo Shu Magic Square Part 2 Lecture 1: Roll of Dice Part 1 Lecture 2: Roll of Dice Part 2 Lecture 1: Game of Craps Part 1 Lecture 2: Game of Craps Part 2 Lecture 3: Game of Craps Part 3 Lecture 4: Game of Craps Part 4 Lecture 5: Game of Craps Part 5 Lecture 1: Turtle Graphics 1 Lecture 2: Turtle Graphics 2 Lecture 3: Turtle Graphics 3 Lecture 4: Turtle Graphics 4 Lecture 5: Turtle Graphics 5 Lecture 6: Turtle Graphics 6 Lecture 1: Tortoise vs Hare Part 1 Lecture 2: Tortoise vs Hare Part 2 Lecture 3: Tortoise vs Hare Part 3 Lecture 4: Tortoise vs Hare Part 4 Lecture 5: Tortoise vs Hare Part 5 Lecture 6: Tortoise vs Hare Part 6 Lecture 1: Knight Tour Part 1 Lecture 2: Knight Tour Part 2 Lecture 3: Knight Tour Part 3 Lecture 4: Knight Tour Part 4 Lecture 1: Eight Queens Part 1 Lecture 2: Eight Queens Part 2 Lecture 3: Eight Queens Part 3 Lecture 4: Eight Queens Part 4 Lecture 5: Eight Queens Part 5 Lecture 6: Eight Queens Part 6 Lecture 7: Eight Queens Part 7 Lecture 1: Where to go from here Lecture 2: Bonus Lecture You can view and review the lecture materials indefinitely, like an on-demand channel. Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!Course Curriculum
Chapter 1: Introduction
Chapter 2: Calculating factorials using loops and recursion
Chapter 3: FizzBuzz problem using loops and recursion
Chapter 4: Fibonacci numbers using loops and recursion
Chapter 5: Tower of Hanoi puzzle – recursive solution
Chapter 6: Sieve Eratosthenes algorithm for finding Prime numbers
Chapter 7: Lo Shu Magic Square puzzle
Chapter 8: Roll of Dice simulation
Chapter 9: Game of Craps simulation
Chapter 10: Turtle Graphics – path simulation
Chapter 11: Tortoise vs Hare race simulation
Chapter 12: Knight Tour chess algorithm
Chapter 13: Eight Queens chess algorithm
Chapter 14: Conclusion
Instructors

Pavol Almasi
Computer Programmer at Berkshire Hathaway CompanyRating Distribution
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