JAVA Immersive Learning Course

JAVA Immersive Learning Course, available at $19.99, has an average rating of 4.65, with 135 lectures, 9 quizzes, based on 60 reviews, and has 241 subscribers.

You will learn about 42. And possibly more. Although its a bit hard to tell until its over. This course is ideal for individuals who are Everyone should take this course. It is particularly useful for Everyone should take this course.

Enroll now: JAVA Immersive Learning Course

Summary

Title: JAVA Immersive Learning Course

Price: $19.99

Average Rating: 4.65

Number of Lectures: 135

Number of Quizzes: 9

Number of Published Lectures: 135

Number of Published Quizzes: 6

Number of Curriculum Items: 144

Number of Published Curriculum Objects: 141

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

42. And possibly more. Although its a bit hard to tell until its over.

Who Should Attend

Everyone should take this course.

Target Audiences

Everyone should take this course.

There are many different types of programming styles, such as algorithmic programming, functional programming, and object-oriented programming. And while each style is suited to a different programming language, Java is capable of all three of the above and more. Java was originally built to focus on object-oriented programming (OOP) and this course starts with that in mind, explaining all the steps needed to learn standard topics, as would be taught in a college classroom. The course solves standard problems in Java, with attention to general as well as language-specific issues including event-driven programming; elements of graphical interfaces (GUIs), inheritance and polymorphism, recursion, file I/O, exception handling, packages, generics, dynamic data structures such as linked lists, array lists, testing and debugging, applications of simple data structures, multithreaded programming, and more. This will be a full course in Java, including design patterns.

The course begins with a solid understanding of the fundamental concepts of objected oriented programming and java language and builds from there, giving students many, many practice examples to code on their own and learn from for further building. Successful students will be able to write correct and complete Java implementations of homework projects. Successful students will also complete exam questions that test the use cases and will be able to write any program that is asked by employers when applying for internships or jobs. Good luck!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Variables and Console Output

Lecture 3: Math Functions

Lecture 4: More Math Functions

Lecture 5: Final and Casting

Lecture 6: Strings and string methods

Lecture 7: Input with Scanner

Lecture 8: Dialogue boxes

Lecture 9: Background Info on Numbers and Bases

Lecture 10: Introduction to More Advanced Operators

Chapter 2: Decision Statements

Lecture 1: *If and Else

Lecture 2: If, Else If, Else

Lecture 3: Nested If

Lecture 4: Logic in If Statements

Lecture 5: String Comparison

Lecture 6: Conditional Operator

Lecture 7: Switch Statements

Lecture 8: Printf 1

Lecture 9: Printf 2

Lecture 10: Printf 3

Chapter 3: Loops

Lecture 1: Prefix and Postfix Counting

Lecture 2: While Loops Examples 1

Lecture 3: While Loops Examples 2

Lecture 4: Nesting While Loops

Lecture 5: For Loops

Lecture 6: Nested For Loops 1

Lecture 7: Nested For Loops 2

Lecture 8: Random Numbers

Lecture 9: Problem Solving Ideas

Lecture 10: File Basics

Chapter 4: Functions

Lecture 1: Intro to Functions

Lecture 2: Functions with Parameters

Lecture 3: Overloading Function Names

Lecture 4: Return Type Functions

Lecture 5: Recursive Functions

Lecture 6: Building Bigger Functions

Chapter 5: Classes I

Lecture 1: Intro to Classes

Lecture 2: More Intro to Classes

Lecture 3: Getting and Setting (i.e. Accesors and Mutators)

Lecture 4: Constructors

Lecture 5: Composition

Lecture 6: Overloading Methods in Classes

Chapter 6: Arrays

Lecture 1: Intro to Arrays

Lecture 2: Walking Through Arrays and the Enhanced For Loop

Lecture 3: Passing Arrays

Lecture 4: Returning Arrays from Functions

Lecture 5: Arrays of Objects

Lecture 6: Two Dimensional Arrays

Lecture 7: Jagged Arrays

Lecture 8: Deep Copy Vs Shallow Copy of an Array

Lecture 9: Motivation for ArrayList

Lecture 10: ArrayList

Chapter 7: Arrays II: Practice Problems

Lecture 1: Output a word backwards

Lecture 2: Euler Totient Functon

Lecture 3: Statistics with Java

Lecture 4: MergeIt Function

Lecture 5: Composing and Concatentating Two Arrays

Lecture 6: 1D arrays as 2D arrays

Lecture 7: Ramanujan Number

Lecture 8: Polynomial Evaluation

Lecture 9: Testing for Palindromes

Lecture 10: Testing if two numbers are permutations of one another

Lecture 11: Finding a substring within a greater string

Lecture 12: N_choose_K Version 1

Lecture 13: Hash Functions 1

Lecture 14: Hash Functions 2

Lecture 15: Sorting with Arrays (Insertion Sort and Selection Sort)

Chapter 8: Arrays III – Problem solving in arrays

Lecture 1: The Collatz Question

Lecture 2: Modular Exponentiation

Lecture 3: N_choose_K Re-explained

Lecture 4: Rabin-Karp

Lecture 5: Collatz Answer

Chapter 9: Classes II

Lecture 1: Review of Classes

Lecture 2: Static

Lecture 3: Passing Objects to Methods and Returning Objects from Methods

Lecture 4: toString and Equals Methods

Lecture 5: Review of Ideas up Until Now

Lecture 6: Copy Constructor and Copy Method

Lecture 7: Aggregation/Composition: HAS-A

Lecture 8: This

Lecture 9: Arrays in Classes

Lecture 10: Arrays of Objects

Lecture 11: Enum 1

Lecture 12: Enum 2

Lecture 13: Overall Review of Classes 1

Instructors

Matthew Fried
Prof.

Rating Distribution

1 stars: 1 votes

2 stars: 1 votes

3 stars: 2 votes

4 stars: 11 votes

5 stars: 45 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

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!