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Java Programming – The 2024 Apprentice Course

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Java Programming – The 2024 Apprentice Course, available at $79.99, has an average rating of 4.6, with 90 lectures, 8 quizzes, based on 58 reviews, and has 203 subscribers.

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You will learn about By the end of this course, students will learn the basic essentials of Java Programming from the ground-up. Students will learn the basic hallmarks essential to mastering a programming language Students will work with data input, output, and variables. Students will explore and use loop structures, functions, and conditional statements, such as if and if-else statements. High school students will learn basic subset material to take the AP Computer Science Exam Core concepts are explored that are essential for a career in computer programming. This course is ideal for individuals who are This course is designed for: or Middle and High School students who want to learn the Java Programming language or High School students who want to prepare for and take the AP Computer Science Exam or First-year College students who want to improve their studies in Computer Science or Engineering or Anyone looking to gain the skills needed to become a Computer Programmer or Software Engineer It is particularly useful for This course is designed for: or Middle and High School students who want to learn the Java Programming language or High School students who want to prepare for and take the AP Computer Science Exam or First-year College students who want to improve their studies in Computer Science or Engineering or Anyone looking to gain the skills needed to become a Computer Programmer or Software Engineer.

Enroll now: Java Programming – The 2024 Apprentice Course

Summary

Title: Java Programming – The 2024 Apprentice Course

Price: $79.99

Average Rating: 4.6

Number of Lectures: 90

Number of Quizzes: 8

Number of Published Lectures: 89

Number of Published Quizzes: 8

Number of Curriculum Items: 98

Number of Published Curriculum Objects: 97

Original Price: $44.99

Quality Status: approved

Status: Live

What You Will Learn

  • By the end of this course, students will learn the basic essentials of Java Programming from the ground-up.
  • Students will learn the basic hallmarks essential to mastering a programming language
  • Students will work with data input, output, and variables.
  • Students will explore and use loop structures, functions, and conditional statements, such as if and if-else statements.
  • High school students will learn basic subset material to take the AP Computer Science Exam
  • Core concepts are explored that are essential for a career in computer programming.

Who Should Attend

  • This course is designed for:
  • Middle and High School students who want to learn the Java Programming language
  • High School students who want to prepare for and take the AP Computer Science Exam
  • First-year College students who want to improve their studies in Computer Science or Engineering
  • Anyone looking to gain the skills needed to become a Computer Programmer or Software Engineer

Target Audiences

  • This course is designed for:
  • Middle and High School students who want to learn the Java Programming language
  • High School students who want to prepare for and take the AP Computer Science Exam
  • First-year College students who want to improve their studies in Computer Science or Engineering
  • Anyone looking to gain the skills needed to become a Computer Programmer or Software Engineer

The Java Programming language is used on over 13 billion devices world-wide. What started out as a network language has grown into a multi-platform software tool with applications on computers, the web, and on mobile devices.     

This explosive birth has elevated the demand for computer programmers and software engineers all over the world. High Schools and Summer Camps have ramped-up their offerings in Computer Programming. Major universities and tech schools have seen the advent of Computer Science and Software Engineering as major fields of study, topping enrollment in other science, tech, and engineering programs.

If you’ve always wanted to learn Java and be a part of the explosive career possibilities, then this course Java Programming – The Apprentice Courseis for you!

My name is Greg Safko, and I have been teaching computer programming for over 20 years. Over those years I’ve learned what teaching techniques work best, and I use them in this course so you can learn the Java language in a fun and entertaining way while maximizing how you retain the information.

If you are looking to explore the Java language for fun, or to make a career change, then I invite you to take Java Programming – The Apprentice Course

I look forward to fulfilling all your Computer Programming expectations!

Course Curriculum

Chapter 1: Getting Started with Java Programming

Lecture 1: Intro to the Course

Lecture 2: Software setup, and the tools you will need

Lecture 3: A word about software versions

Lecture 4: Eclipse IDE Management

Chapter 2: Computer Output

Lecture 1: Hello, World: The Beginning of your Programming Journey

Lecture 2: Escape Sequences

Lecture 3: Comments

Lecture 4: Editor Settings

Lecture 5: Challenge – Output Activity

Lecture 6: Code used in this Section

Chapter 3: Variables

Lecture 1: Variables in Java.

Lecture 2: Naming Variables

Lecture 3: Other Data Types (Primitive Data Types)

Lecture 4: Enumerators (Enums)

Lecture 5: Challenge – Variables Activity

Lecture 6: Code used in this Section

Chapter 4: User Input

Lecture 1: User input: the Graphical User Input (GUI) technique

Lecture 2: User input: the command line technique

Lecture 3: Challenge – User Input

Lecture 4: Solution to User Input Challenge

Lecture 5: Code used in this Section

Chapter 5: Math Operations and Comparisons

Lecture 1: Basic Math Operations

Lecture 2: Use of Math Ops in a Calculation

Lecture 3: Counters and Accumulators

Lecture 4: The Increment Operator

Lecture 5: The Decrement Operator

Lecture 6: The Assignment Operator

Lecture 7: The Modulus Operator

Lecture 8: Comparing data – Math vs. Java

Lecture 9: "If" Statements

Lecture 10: "If/Else" Statements

Lecture 11: The Ternary Operator

Lecture 12: "Else/If" Statements

Lecture 13: Logical Operators – Part 1

Lecture 14: Logical Operators – Part 2

Lecture 15: Challenge – Math Operations and Comparison Challenge

Lecture 16: Code used in this Section

Chapter 6: Loops

Lecture 1: Introduction – The 'for' loop

Lecture 2: The 'while' loop

Lecture 3: The 'do-while' loop

Lecture 4: Loop Run Variations

Lecture 5: Challenge – Loops

Lecture 6: Code used in this Section

Chapter 7: Functions

Lecture 1: Introduction to Functions

Lecture 2: Functions within functions

Lecture 3: Overloaded Functions

Lecture 4: Built-in Math Functions

Lecture 5: Subroutines (Subs) and Functions

Lecture 6: Challenge #1 – Functions

Lecture 7: Challenge #2 – Functions

Lecture 8: Code used in this Section

Chapter 8: Strings

Lecture 1: Introduction to Strings and Basic String Methods

Lecture 2: String Equality

Lecture 3: Substrings

Lecture 4: The compareTo( ) Method.

Lecture 5: The charAt( ) and indexOf( ) Methods.

Lecture 6: Strings in Functions (Part 1)

Lecture 7: Strings in Functions (Part 2)

Lecture 8: Addendum to Functions (Part 2)

Lecture 9: Challenge – Strings

Lecture 10: Code used in this Section

Chapter 9: Arrays

Lecture 1: Introduction to Arrays

Lecture 2: More on Creating and Populating Arrays

Lecture 3: Traversing Arrays

Lecture 4: Printing Arrays

Lecture 5: Two-dimensional Arrays (Matrices)

Lecture 6: Jagged Arrays

Lecture 7: Arrays in Functions

Lecture 8: Strings methods involving Character Arrays

Lecture 9: Challenge – Arrays

Lecture 10: Code used in this Section

Chapter 10: Exception Handling

Lecture 1: Introduction to Exception Handling

Lecture 2: Exception Samples

Lecture 3: Array and Argument Exceptions

Lecture 4: Mismatch Errors and the Finally Clause

Lecture 5: Documentation on Exception Handling

Lecture 6: Code used in this Section

Chapter 11: Object Oriented Programming (OOP)

Lecture 1: July 2024: Section edits

Lecture 2: Introduction to OOP and the Concept of an Object

Lecture 3: OOP and Setters

Lecture 4: OOP and Getters

Instructors

  • Gregory Safko
    Gregory Safko
    Computer Programmer and Professor of Computer Science

Rating Distribution

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  • 2 stars: 0 votes
  • 3 stars: 4 votes
  • 4 stars: 8 votes
  • 5 stars: 46 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!

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