124 Java Beginners Coding Practices + FREE Project Book

124 Java Beginners Coding Practices + FREE Project Book, available at $49.99, has an average rating of 4.4, with 124 lectures, based on 177 reviews, and has 24180 subscribers.

You will learn about Level up your Java programming skill with over 120 beginners best practices How to find even and odd number in python How to detect Positive and Negative Numbers How to check for Even and odd Numbers How to check for Greatest of 3 Numbers How to check for divisibility of a Number How to convert from Celsius to Fahrenheit How to check for Leap year How to check if a point belongs to Circle How to create quadratic Equation How to make guess of Random number How to create a Multiplication Table using while loop How to build a simple Calculator How to get Sum and Product of digits How to make a Binary search of number in an array And lots more This course is ideal for individuals who are Anyone who wants to learn to code or Anyone looking to level up their skills and master a new programming language or Anyone who wants to master Java programming It is particularly useful for Anyone who wants to learn to code or Anyone looking to level up their skills and master a new programming language or Anyone who wants to master Java programming.

Enroll now: 124 Java Beginners Coding Practices + FREE Project Book

Summary

Title: 124 Java Beginners Coding Practices + FREE Project Book

Price: $49.99

Average Rating: 4.4

Number of Lectures: 124

Number of Published Lectures: 124

Number of Curriculum Items: 124

Number of Published Curriculum Objects: 124

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Level up your Java programming skill with over 120 beginners best practices

How to find even and odd number in python

How to detect Positive and Negative Numbers

How to check for Even and odd Numbers

How to check for Greatest of 3 Numbers

How to check for divisibility of a Number

How to convert from Celsius to Fahrenheit

How to check for Leap year

How to check if a point belongs to Circle

How to create quadratic Equation

How to make guess of Random number

How to create a Multiplication Table using while loop

How to build a simple Calculator

How to get Sum and Product of digits

How to make a Binary search of number in an array

And lots more

Who Should Attend

Anyone who wants to learn to code

Anyone looking to level up their skills and master a new programming language

Anyone who wants to master Java programming

Target Audiences

Anyone who wants to learn to code

Anyone looking to level up their skills and master a new programming language

Anyone who wants to master Java programming

Welcome to Practical Java programming practices (120+ common projects)!Learning Java programming language and understanding Java programming language are two different things. Almost every student enjoy learning Java programming language. But, only a few number of these students actually understand Java programming language afterwards. This is where the remaining students are left behind and kept wandering from one course to another over the internet to get the best knowledge on understanding Java programming language with cups of coffee on their table everyday.

Unlock your potential in Java programming with this comprehensive course designed for beginners. Through 124 practical projects, you’ll gain the skills and confidence needed to tackle real-world coding challenges and advance your career in software development.

What You’ll Learn:

1. Getting Started with Java:

2. Write your first “Hello World” program.

3. Utilize the PrintWriter for efficient output.

4. Perform basic arithmetic calculations.

5. User Input and Data Handling:

6. Accept and process user input.

7. Work with date and time functionalities.

8. Swap values between variables.

9. Advanced Method Techniques:

10. Implement method overloading and overriding.

11. Understand string overloading.

12. Explore the use of final and static keywords.

13. Matrix and Pattern Operations:

14. Print numbers in matrix format.

15. Perform matrix addition, subtraction, and multiplication.

16. Create triangular patterns, Pascal’s Triangle, and Floyd’s Triangle.

17. Arithmetic and Logical Operations:

18. Develop a basic arithmetic calculator.

19. Detect the largest number from user inputs.

20. Use math operators for various calculations.

21. Calculate factorials and Fibonacci sequences.

22. String and Array Manipulations:

23. Reverse numbers and arrays.

24. Print, sort, and search arrays.

25. Convert arrays to strings and vice versa.

26. Object-Oriented Programming:

27. Utilize abstract classes and methods.

28. Implement interfaces and inheritance (single, multilevel, and hierarchical).

29. Work with static variables, super classes, and the this keyword.

30. Exception Handling and Multithreading:

31. Master exception handling with try-catch-finally blocks.

32. Handle user-defined exceptions.

33. Explore multithreading to perform concurrent programming tasks.

34. Data Conversion and Calculations:

35. Convert between different data types (e.g., decimal to binary, string to character).

36. Calculate HCF, LCM, arithmetic mean, and sum of digits.

37. Generate random numbers and perform various number conversions.

38. Working with Collections:

39. Iterate and sort hash maps.

40. Work with array lists and synchronize them.

41. Find the union and intersection of arrays.

42. Practical Real-World Projects:

43. Create a basic arithmetic calculator.

44. Develop programs to check for prime numbers, Armstrong numbers, and perfect squares.

45. Implement various sorting algorithms (bubble sort, selection sort).

46. Handle date and time functionalities, including detecting leap years.

47. Build multithreading programs to perform tasks concurrently.

Are you ready to master Java programming through practical, real-world projects? This comprehensive course is designed to help beginners build a solid foundation in Java by working through 124 diverse and engaging programming exercises.

Course Highlights:

Fundamental Concepts: Start with the basics like writing “Hello World” and using the printwriter to get comfortable with Java syntax.

User Input & Output: Learn how to accept user input and manipulate data with basic arithmetic calculators, date and time operations, and swapping values.

Advanced Techniques: Dive into method overloading and overriding, use of the final keyword, static variables, and more to understand advanced Java concepts.

Matrix Operations: Master matrix addition, subtraction, and multiplication, and learn to print numbers in matrix format.

Patterns & Shapes: Create various patterns such as triangular, Pascal’s, Floyd’s triangles, and more to enhance your logical thinking and problem-solving skills.

Mathematical Programs: Implement programs to detect the largest number, calculate factorials, detect even and odd numbers, and generate Fibonacci sequences.

Array Manipulations: Learn to print, sort, search, merge, and reverse arrays, and perform various array operations to handle data efficiently.

Object-Oriented Programming: Understand abstract classes, interfaces, inheritance, and more to build robust and scalable Java applications.

Data Type Conversions: Convert between different data types, including string to character, decimal to binary, and more.

Exception Handling: Master exception handling with try-catch-finally blocks, user-defined exceptions, and multiple catch blocks.

Multithreading: Explore multithreading concepts to perform concurrent programming, including creating threads, joining threads, and using runnable interfaces.

Collections Framework: Work with array lists, hash maps, and understand sorting, synchronizing, and finding elements within collections.

String Manipulations: Perform various string operations, including finding substrings, counting words, and handling duplicate elements.

Inheritance & Polymorphism: Implement single, multilevel, and hierarchical inheritance, and understand constructor inheritance and superclasses.

Course Objective Summary:

How to Write Hello World

How to Use the Printwriter

Basic Arithmetic Calculators

How to Accept User Input

Date and Time Operations

Swapping Two Different Values

Method Overloading and Overriding

Use of Final Keyword and Static Variables

Matrix Operations

Creating Various Patterns

Mathematical and Logical Programs

Array Manipulations and Sorting

Object-Oriented Programming Concepts

Exception Handling Techniques

Multithreading for Concurrent Programming

Working with Collections Framework

Advanced String Operations

Inheritance and Polymorphism

Why Enroll?

This course offers a hands-on approach to learning Java, ensuring you not only understand theoretical concepts but also gain practical experience. By the end of this course, you’ll be equipped with the skills to tackle complex Java programming challenges, making you a proficient and confident Java developer.

Who Should Enroll?

Beginners in Java Programming

Students and Aspiring Developers

Anyone looking to improve their Java coding skills

Those preparing for technical interviews and coding challenges

Course Benefits:

Hands-On Learning: Engage in 124 practical projects that reinforce your understanding of Java concepts.

Real-World Applications: Work on projects that simulate real-world programming scenarios.

Comprehensive Curriculum: Cover a wide range of topics from basic syntax to advanced programming techniques.

Skill Development: Enhance your problem-solving and logical thinking abilities.

Career Advancement: Gain the confidence to take on more challenging programming tasks and advance your career.

Join us and transform your Java programming skills with 124 practical projects that will set you on the path to becoming a proficient Java developer!

120+ Java programming best practices for absolute beginner is a comprehensive and concise guide with over 8 hours of content that is designed to pick up every interested student from the state of “zero-knowledge” to a state of “Hero-knowledge” in Java programming with lots of practical Java projects.

Why Must I Take This Course?

Emenwa Global instructors are industry experts with years of practical, real-world experience building software at industry leading companies. They are sharing everything they know to teach thousands of students around the world, just like you, the most in-demand technical and non-technical skills (which are commonly overlooked) in the most efficient way so that you can take control of your life and unlock endless exciting new career opportunities in the world of technology, no matter your background or experience.

Course Curriculum

Chapter 1: 120+ Java programming BEST practices for absolute beginners

Lecture 1: Download Your Practical Java Projects Book

Lecture 2: Practice 1. Hello World

Lecture 3: Practice 2. PrintWriter

Lecture 4: Practice 3. Basic Arithmetic Calculators

Lecture 5: Practice 4. User Input

Lecture 6: Practice 5. Date and Time

Lecture 7: Practice 6. Swapping two different values

Lecture 8: Practice 7. Method Overloading

Lecture 9: Practice 8. String Overloading

Lecture 10: Practice 9. Method Overriding

Lecture 11: Practice 10. Use of Final Keyword as a variable

Lecture 12: Practice 11. Use of final Keyword as a method

Lecture 13: Practice 12. Use of finalized keyword

Lecture 14: Practice 13. Static Variable

Lecture 15: Practice 14. Program for Interface

Lecture 16: Practice 15. Super class

Lecture 17: Practice 16. How to use This keyword

Lecture 18: Practice 17. Print numbers in Matrix Format

Lecture 19: Practice 18. Matrix Addition

Lecture 20: Practice 19. Matrix Subtraction

Lecture 21: Practice 20. Matrix Multiplication

Lecture 22: Practice 21. Triangular Pattern (1)

Lecture 23: Practice 22. Triangular Pattern (2)

Lecture 24: Practice 23. Triangular Pattern (3)

Lecture 25: Practice Triangular Pattern (4)

Lecture 26: Practice 25. Paschal Triangle

Lecture 27: Practice 26. Floyds Triangle

Lecture 28: Practice 27. Multiplication Table

Lecture 29: Practice 28. Area of a Triangle

Lecture 30: Practice 29. How to detect largest Number input from a user

Lecture 31: Practice 30. Use of maths operators for Calculator

Lecture 32: Practice 31. A program for calculating Factorial

Lecture 33: Practice 32. A program to determine Students grade

Lecture 34: Practice 33. Detect Negative and Positive Numbers from a user

Lecture 35: Practice 34. Detect Even and Odd Numbers

Lecture 36: Practice 35. A program for Fibonacci Sequence

Lecture 37: Practice 36. A program to check palindrome number

Lecture 38: Practice 37. Program to check Vowels and Consonants

Lecture 39: Practice 38. Print out Arrays

Lecture 40: Practice 39. Print out Array from user

Lecture 41: Practice 40. Print out Arrays in ascending order

Lecture 42: Practice 41. Print out String Arrays

Lecture 43: Practice 42. Sorting an Array

Lecture 44: Practice 43. Program to search an element in an Array

Lecture 45: Practice 44. Insert Element in an Array

Lecture 46: Practice 45. Program to Reverse an Array

Lecture 47: Practice 46. Minimum and Maximum Element in Array

Lecture 48: Practice 47. A program to merge two Arrays

Lecture 49: Practice 48. A program to sort a Merged Array

Lecture 50: Practice 49. Abstract Class

Lecture 51: Practice 50. A program for Abstract class and Abstract Method

Lecture 52: Practice 51. Array to String

Lecture 53: Practice 52. A Program to calculate Arrays average

Lecture 54: Practice 53. For Loop

Lecture 55: Practice 54. Infinite Loop

Lecture 56: Practice 55. Generate Random Numbers

Lecture 57: Practice 56. Reverse a Number

Lecture 58: Practice 57. Convert from Fahrenheit to Centigrade

Lecture 59: Practice 58. Convert Centigrade to Fahrenheit

Lecture 60: Practice 59. Reverse a Number using For loop

Lecture 61: Practice 60. Program to print out Prime Numbers

Lecture 62: Practice 61. A program to swap two different Numbers

Lecture 63: Practice 62. A program to swap two different numbers (2)

Lecture 64: Practice 63. Print out current Date and Time

Lecture 65: Practice 64. Program to detect a leap year

Lecture 66: Practice A program to detect Prime numbers only

Lecture 67: Practice 66. A program to check a perfect square

Lecture 68: Practice 67. Program to convert from Decimal to Binary

Lecture 69: Practice 68. Sum of Digits from User

Lecture 70: Practice 69. A program to find two top maximum numbers in an Array

Lecture 71: Practice 70. A program to convert from String to Character

Lecture 72: Practice 71. A program to convert from String to other Data Types

Lecture 73: Practice 72. A program to check Armstrong Numbers

Lecture 74: Practice 73. A program to calculate Arithmetic Mean

Lecture 75: Project 74. Program to calculate HCF and LCM

Lecture 76: Practice 75. Program to convert from Decimal to Octal

Lecture 77: Practice 76. A program to convert from Binary to Decimal

Lecture 78: Practice 77. Program to convert from Decimal to HexaDecimal

Lecture 79: Practice 78. Program to create current locale

Lecture 80: Practice 79. A program for Array List

Lecture 81: Practice 80. Iterate through HashMap

Lecture 82: Practice 81. A program to sort HashMap

Lecture 83: Practice 82. Sort HashMap by Values

Lecture 84: Practice 83. Program to find longest sub string

Lecture 85: Practice 84. A program to get Employees data

Lecture 86: Practice 85. A program to sort Object using comparable interface

Lecture 87: Practice 86. A program to sort Object using Comparator Interface

Lecture 88: Practice 87. A program to detect first non-repeated character

Lecture 89: Practice 88. A program to generate permutation of a string

Lecture 90: Practice 89. A program to get the result of the longest Palindrome

Lecture 91: Practice 90. A program to sort Array in Descending order

Lecture 92: Practice 91. A program to remove duplicate element in a list

Lecture 93: Practice 92. A program to run a Thread

Lecture 94: Practice 93. A program to create a Thread using runnable interface

Lecture 95: Practice 94. A program to join two Threads

Lecture 96: Practice 95. Program to remove Multiple spaces in a String

Lecture 97: Practice 96. A program to find the union of two Arrays

Lecture 98: Practice 97. A program to find intersection of two Arrays

Lecture 99: Practice 98. A program to detect if a number is of power of 2

Instructors

Emenwa Global
Coding For Beginners

Rating Distribution

1 stars: 19 votes

2 stars: 6 votes

3 stars: 38 votes

4 stars: 56 votes

5 stars: 58 votes

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