Java 17- Learn and dive deep into Java

Java 17: Learn and dive deep into Java, available at $84.99, has an average rating of 4.5, with 159 lectures, 7 quizzes, based on 264 reviews, and has 8403 subscribers.

You will learn about Learn Java from basic syntax to advanced topics. You will see many examples similar to what you will encounter in your job as a Software Engineer. You will be able to implement industry best practices, conventions, and guidelines. Ability to answer java trivia interview questions and code challenges. Think creatively to tackle code challenges. You will dive deep in Object Oriented Programming principles. Have deep understanding to Collections framework and be able to choose the right data structure. This course is ideal for individuals who are Computer Science Students are interested in learning and applying Java. or Self-taught Developers want to take their knowledge to the next level. or Java Bootcamp graduates/java developers preparing for job interviews. or Java Developers who want to stay up-to-date with the latest java new features and updates. It is particularly useful for Computer Science Students are interested in learning and applying Java. or Self-taught Developers want to take their knowledge to the next level. or Java Bootcamp graduates/java developers preparing for job interviews. or Java Developers who want to stay up-to-date with the latest java new features and updates.

Enroll now: Java 17: Learn and dive deep into Java

Summary

Title: Java 17: Learn and dive deep into Java

Price: $84.99

Average Rating: 4.5

Number of Lectures: 159

Number of Quizzes: 7

Number of Published Lectures: 159

Number of Published Quizzes: 7

Number of Curriculum Items: 166

Number of Published Curriculum Objects: 166

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Learn Java from basic syntax to advanced topics.

You will see many examples similar to what you will encounter in your job as a Software Engineer.

You will be able to implement industry best practices, conventions, and guidelines.

Ability to answer java trivia interview questions and code challenges.

Think creatively to tackle code challenges.

You will dive deep in Object Oriented Programming principles.

Have deep understanding to Collections framework and be able to choose the right data structure.

Who Should Attend

Computer Science Students are interested in learning and applying Java.

Self-taught Developers want to take their knowledge to the next level.

Java Bootcamp graduates/java developers preparing for job interviews.

Java Developers who want to stay up-to-date with the latest java new features and updates.

Target Audiences

Computer Science Students are interested in learning and applying Java.

Self-taught Developers want to take their knowledge to the next level.

Java Bootcamp graduates/java developers preparing for job interviews.

Java Developers who want to stay up-to-date with the latest java new features and updates.

Welcome to the Learn and dive deep into Java course.

This course is for:

Students.

Graduates

Self-taught Software Engineers

Bootcamp graduates.

Interview Preparation.

Technical Managers.

Software engineers with 0-3 years of experience

or If you always want to stay up-to-date (this course will be updated regularly to cover the latest Java features)

Course prerequisite:

You need a laptop, preferably connected to two screens, one for the course and the other for practice.

To stand out as a software engineer, you should be patient, inquisitive, and detail-oriented.

No prior programming experience is totally fine. I’m explaining all concepts here in a very simple and straightforward way.

I will use IntelliJ IDEA Community Edition to write Java Code in this course. It is free, modern, and preferred among Java developers.

I chose Java for this course for many reasons:

It is a must-know programming language taught in all computer science programs.

Using Java, you can develop countless types of applications that run on any operating system.

Java is the second preferred programming language among the top 25 tech giants.

Course overall objectives:

Provide detailed and organized material that makes you land a job and start working from day one.

This course will cover most Java topics, data structure, and some algorithms so you can pass job interviews.

There will be a questions and answers section to answer students’ questions.

I will update this course every three months.

I will answer all your questions within 48 hours, and some questions will get a video response.

This course covered in detail the following topics:

1. Java Fundamentals (Data Types, Conditionals, Iterations, Arrays, Strings, Exception Handling).

2. Object Oriented Programming (Classes, Methods, Static, Inheritance, Record, Abstract classes, Interfaces).

3. Lambda expressions, Generics, Stream API.

4. Collections Framework (in-depth).

Coming SoonMultithreading, Data Structure in Java, and more.

Course Curriculum

Chapter 1: Welcome to the Course

Lecture 1: Intro to the Course

Chapter 2: Introduction to Java

Lecture 1: Download and Install JDK (Java Development Kit)

Lecture 2: Where to Write Java Code

Lecture 3: Download and Install IntelliJ IDEA

Lecture 4: IntelliJ IDEA First Look

Lecture 5: Organizing the Code in Java

Lecture 6: What is Compiled Code?

Lecture 7: Compiled Code in IntelliJ IDEA

Lecture 8: JDK, JRE, and JVM in Depth

Lecture 9: Is Java Slow?

Lecture 10: print() and println() methods in Java

Lecture 11: Introduction to Comments in Java

Chapter 3: Primitive Data Types

Lecture 1: Introduction to Variables

Lecture 2: Variables Naming Conventions

Lecture 3: Introduction to Primitive Data Types

Lecture 4: Integral Data Types

Lecture 5: Arithmetic Operators Part 1

Lecture 6: Arithmetic Operators Part 2

Lecture 7: Assignment Operators

Lecture 8: booleans and Relational Operators

Lecture 9: char Data Type

Lecture 10: Type Inference

Lecture 11: Escape Sequences and printf method

Lecture 12: User Input

Lecture 13: Scanner Methods and More Examples

Lecture 14: Wrapper Classes

Chapter 4: Conditionals

Lecture 1: if-else Statement

Lecture 2: Nested-If example

Lecture 3: if-else Statement (Example)

Lecture 4: Exercise – even or odd

Lecture 5: Logical Operators (AND & OR)

Lecture 6: Exercise – fizz-buzz

Lecture 7: Logical Not (Negating boolean Values)

Lecture 8: Ternary Operators (Elvis Operator)

Lecture 9: Exercise – insurance rate

Lecture 10: Switch Statement

Lecture 11: Introduction to Debugging

Chapter 5: Iterations in Java

Lecture 1: While Loop

Lecture 2: do-while Loop

Lecture 3: For Loop

Lecture 4: Jump Statements and Conditional Debugging

Lecture 5: Exercise on Iterations in Java Part 1

Lecture 6: Exercise on Iterations in Java Part 2

Lecture 7: Nested Loops

Lecture 8: Nested Loops Exercise Part 1

Lecture 9: Nested Loops Exercise Part 2

Chapter 6: Arrays and Strings

Lecture 1: Introduction to Arrays Part 1

Lecture 2: Introduction to Arrays Part 2

Lecture 3: Traversing Arrays

Lecture 4: Exercise on Arrays

Lecture 5: Two-dimensional Arrays

Lecture 6: Two-dimensional Arrays Exercise

Lecture 7: Strings Immutability

Lecture 8: new String

Lecture 9: Strings are Arrays of Characters

Lecture 10: Strings Traversal

Lecture 11: Strings Methods

Lecture 12: StringBuilder

Chapter 7: OOP Part 1 (classes, methods, static keyword)

Lecture 1: Classes and Objects

Lecture 2: Methods

Lecture 3: Method Signature and Method Overload

Lecture 4: Pass by Value VS. Pass by Reference

Lecture 5: Class Constructor

Lecture 6: Access Modifiers

Lecture 7: this Keyword

Lecture 8: Static Variable

Lecture 9: Static Block

Lecture 10: Static Method

Lecture 11: Static Nested Classes and Inner-Classes

Chapter 8: OOP Part 2 (Inheritance and record class)

Lecture 1: Introduction to Inheritance

Lecture 2: Protected Access Modifier

Lecture 3: Method Overriding (Runtime Polymorphism)

Lecture 4: final and sealed Keywords

Lecture 5: Encapsulation (getters and setters)

Lecture 6: Object Methods (getClass)

Lecture 7: Object Methods (hashCode, equals, toString)

Lecture 8: Record Class (data carrier)

Chapter 9: OOP Part 3 (Abstract classes and Interfaces)

Lecture 1: The Diamond Problem

Lecture 2: Abstract classes and Methods

Lecture 3: Interfaces in Java

Lecture 4: Multiple Inheritance using Interfaces

Lecture 5: Interface vs. Abstract Class

Lecture 6: OOP Principles

Lecture 7: Object Oriented Principles

Instructors

Ryan Gonzalez
Technical Team Lead

Rating Distribution

1 stars: 3 votes

2 stars: 4 votes

3 stars: 24 votes

4 stars: 95 votes

5 stars: 139 votes

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