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Modern Java Programming for Beginners with Github Copilot AI

Name: Modern Java Programming for Beginners with Github Copilot AI
Author: Baturi

Master Java fundamentals using GitHub Copilot AI while building real applications with modern AI-assisted coding.
What you'll learn
✓ Write modern Java confidently by mastering core fundamentals + OOP, while using AI to accelerate learning and implementation.
✓ Build real-world Java implementations step-by-step (mini apps + use cases) and learn how to structure code like a professional developer.
✓ Use AI-assisted development with GitHub Copilot to generate boilerplate, autocomplete code, refactor faster, and stay focused on problem-solving.
✓ Build real features using Streams, Lambdas, and Functional Interfaces, with Copilot helping you explore patterns and alternatives quickly.
✓ Learn how to work with AI responsibly: handle knowledge cutoffs, validate outputs, and use prompts that produce reliable, production-ready code.
Requirements
● A computer (Mac/Windows/Linux) with the ability to install software — we'll set up Java (JDK) and IntelliJ IDEA step-by-step.
● Comfortable using the terminal/command line for simple tasks (running commands, navigating folders).
● A GitHub account (recommended) so you can save your code, track progress, and follow along with projects.
● No prior Java experience required — basic programming knowledge is helpful, and familiarity with GitHub Copilot/AI prompting is a bonus but not mandatory.
Description
Welcome to Modern Java Programming for Beginners with GitHub Copilot AI!
In this course, you'll learn Java from the ground up — but in a modern way, where you combine strong fundamentals with AI-assisted development using GitHub Copilot.
You'll start by setting up Java and your project the right way, then master core Java concepts like variables, control flow, OOP, strings, arrays, collections, exceptions, and modern Java features. Along the way, you'll see how to use Copilot effectively to speed up repetitive coding, generate boilerplate, and focus more on logic, design, and real problem solving.
By the end of the course, you won't just "know Java" — you'll be able to build real applications confidently, while also developing the skills to work with AI tools like a modern developer.
Section: Getting Started With the Course — In this section, I will give you all an introduction to the course and what to expect from this course.
• Course Introduction — In this lecture, I will give an introduction to the course and what to expect from this course.
• Pre-requestites — In this lecture, I will cover the prerequisites for this course.
Section: AI-Driven Development: The Future of Software Engineering — Learn how AI is transforming the developer workflow and how you'll use AI tools to learn Java faster and build applications smarter.
• Introduction to AI-Driven Development: What It Means for You — Discover what AI-driven development is, why it matters today, and how it will shape the way you learn Java in this course.
Section: Introduction to Modern Java : Big Picture — In this section, I will give you all an introduction to Modern Java.
• Why Java Matters: Learning Programming in the Age of AI — Why Java Matters: Learning Programming in the Age of AI.
• The Journey of Modern Java: From 1995 to the AI Era — In this lecture, I will give you all an introduction to the evolution of Java from 1995 to present.
Section: Install Java and Starter Project Setup — In this section, we will set up the latest java environment and base project for this course.
• Java Installation using SDK man — In this lecture, we will download and install Java in your machine.
• Intellij Installation & Setup the Base Project — In this lecture, we will setup the base project and intellij.
• AI Assistant Set up : Github Copilot — Lets learn to set up copilot in this lecture.
• Use Maven to Build the project — In this lecture, lets learn about how to use Maven to build the projects.
• Configuring the maven project in IntelliJ — In this lecture, lets learn about how to configure the maven project in IntelliJ.
• Swithching the project to maven — In this lecture, we will cover Swithching the project to maven.
• Exercise : Build the Maven project — In this lecture, we will do an exercise to build the Maven project successfully.
Section: Getting Started With Java Programming — Learn the basics of writing and running your first Java program, print output to the console, and explore escape sequences for formatted output.
• HelloWorld : Walkthrough and Top tips — Learn how to create your very first Java program and understand the structure of a Java class.
• Visual Representation of a Program Execution in IntelliJ — Understand how a Java program runs step-by-step inside IntelliJ using a simple visual explanation.
• main method in Java — Learn what the main method is and why it is the entry point of every Java application.
• System.out.println — Learn how to print output to the console using System.out.println.
• System.out.printf — Learn how to format output using System.out.printf with placeholders and formatting options.
• Escape Sequences in Java — Learn escape sequences like \n, \t, and " to format console output.
• Print methods : putting it all together — Combine println, printf, and escape sequences to build clean formatted console output.
Section: Java Program Lifecycle: Write, Compile, Run — Understand the complete lifecycle of a Java program — from writing code to compiling and running it successfully.
• Java Program Lifecycle Overview — Understand the complete lifecycle of a Java program from source code to execution.
• Bytecode in Java — Learn what bytecode is and how it enables Java's platform independence.
• JVM, JRE and JDK Explained in Java — Understand the difference between JVM, JRE, and JDK and how they work together.
• How Java Code Becomes a Running App — Learn how Java source code is compiled and executed by the JVM.
Section: Primitive Types in Java — Understand Java's fundamental building blocks — primitive data types, arithmetic operations, and follow variable rules effectively.
• Variables in Java — Learn what variables are and how to declare and use them in Java.
• Primitive Data Types in Java — Explore Java's primitive types and understand when to use each one.
• Whole Numbers in Java — Learn integer types (byte, short, int, long) and how to work with whole numbers.
• Floating Point Numbers in Java — Learn float and double types and understand decimal precision basics.
• Character and Boolean in Java — Learn how char and boolean types work and where they are used.
• Numeric Literals and Underscores — Learn how to write readable numeric literals using underscores.
• Type Casting in Java — Learn implicit vs explicit type casting and how to safely convert between types.
• Arithmetic Operators in Java — Practice arithmetic operators like +, -, *, /, and % in Java.
• Operator Precedence — Understand operator precedence rules and how expressions are evaluated in Java.
• Incement , Decrement, Prefix and Postfix — Learn how increment/decrement operators work in prefix and postfix form.
• Assignment Operators and Compound Assignment — Learn assignment operators and shortcuts like +=, -=, *=, and /=.
• Variables Rules and Naming — Learn Java variable naming rules and best practices.
Section: Object Oriented Programming : Classes, Methods, Constructors, Variables — Master the core principles of Object-Oriented Programming by building classes, working with constructors, and exploring advanced concepts like encapsulation, enums, and record classes.
• OOP Introduction: Why Objects Matter — Understand why Java is object-oriented and how objects model real-world concepts.
• Creating Your First Class — Learn how to define a class and create objects from it.
• Fields and Properties — Learn how fields represent object state and how to access them.
• Methods 101: What, Why, and How — Learn what methods are and how to write and use them effectively.
• Instance Method and Benefits of Methods — Understand instance methods and how they help organize behavior in classes.
• Method Overloading — Learn method overloading and how Java chooses the correct method signature.
• Object Oriented Programming : Encapsulation — Learn encapsulation and how to protect object state using access modifiers and getters/setters.
• Static Methods — Learn what static methods are and when to use them.
• Static Methods: Do's and Dont's — Learn best practices and common mistakes with static methods.
• Modifying Object State - References, Aliases & Side Effects — Understand references, aliasing, and how side effects can happen when modifying objects.
• How and Where Objects are Stored ? - Under the Hood — Learn how objects are stored in memory and understand stack vs heap at a beginner-friendly level.
• Constructors in Java: Initializing and Validating Objects — Learn how constructors initialize objects and how to validate state during creation.
• Constructors : Creating an Object with Valid State — Practice creating constructors that ensure objects always start with valid data.
• Methods : Passing References & its Side Effects — Understand how passing object references into methods can modify the original object.
• Object Equality in Java: equals() and toString() — Learn how to implement equals() and toString() for meaningful object comparison and printing.
• Variables : Local, Instance and Static Variables — Understand local, instance, and static variables and their scope and lifecycle.
• Enum Classes in Java: Representing Movie Genres — Learn enum classes by modeling real-world constants like movie genres.
• Class Naming Conventions Based on Roles — Learn how to name classes based on their responsibility and role in the system.
• Record Classes — Learn record classes as a modern, concise way to create immutable data objects.
• Object Class — Learn the Object class and the methods every Java class inherits.
• What is "null" in Java ? — Understand what null means in Java and how to avoid common null-related mistakes.
Section: Assingment to create to comvert the streaming platform to be an enum — In this section, we will cover Assingment to create to comvert the streaming platform to be an enum.
• Assingment : Create to comvert the streaming platform to be an enum — In this lecture, lets work on converting the streaming platform to an enum using a guided assignment.
Section: Control Structures - If, else if, switch, while , ternary — Learn how control structures shape the flow of a Java program using conditions, switch expressions, loops, and simplify conditions using the ternary operator.
• if else if and else in Java — Learn how to make decisions in Java using if, else if, and else blocks.
• switch in Java — Learn how to use switch for clean branching logic.
• Switch Expression in Java — Learn modern switch expressions and how they improve readability.
• while loop in Java — Learn how while loops work and when to use them.
• do while loop in Java — Learn do-while loops and when they are useful.
• for loop in Java — Learn the for loop and how to iterate using counters.
• enhanced for loop — In this lecture, we will cover enhanced for loop.
• break and continue — Learn how to control loop execution using break and continue.
• Ternary Operator in Java — Learn the ternary operator to simplify simple if/else logic.
Section: String and Text Blocks — Explore how Java handles text through Strings and modern Text Blocks, including common operations, performance tips, and best practices.
• Introduction to Strings — Learn what Strings are in Java and why they are immutable.
• Common Methods in String — Learn commonly used String methods like length, substring, contains, and replace.
• Comparing Strings in Java — Learn how to compare Strings correctly using equals and avoid == pitfalls.
• StringBuilder — Learn how to use StringBuilder for efficient string concatenation.
• Text Blocks in Java — Learn Text Blocks to create multi-line strings cleanly in modern Java.
• String and Text Blocks - Recap — Summarize what you learned about Strings and Text Blocks and how to use them effectively.
Section: Build a Calculator App - A RealWorld Simple Project Using AI Assistant Copilot — Apply your Java knowledge by building real-world mini projects, with AI assistance to speed up development while you focus on logic and understanding.
• Project Overview - Calculator App — Understand the calculator app requirements and how we will build it.
• Design and Flow - Calculator App — Learn how to design the input/output flow for the console calculator.
• Implementing Calculator Operations — Implement add, subtract, multiply, and divide operations in Java.
• Handling Invalid Inputs — Learn how to validate user inputs and handle invalid cases gracefully.
• Refactoring Calculator App — Improve code readability and design through refactoring.
• Calculator App - Recap — Review what you built and the key learning outcomes from the project.
Section: Data Structures : Arrays — Learn how arrays form the foundation of data structures in Java, including how to create, access, update, loop, and apply arrays in practical scenarios.
• Arrays : Introduction — Learn what arrays are and when to use them.
• Arrays : Initialization — Learn how to declare and initialize arrays in different ways.
• Arrays : Updating elements — Learn how to update array values using indexes.
• Arrays : Looping through elements — Learn how to iterate over arrays using loops.
• Arrays : Using enhanced for loop — Practice iterating arrays using the enhanced for loop.
• Arrays : Sorting elements — Learn how to sort arrays and understand ordering.
• Arrays : Searching elements — Learn basic array searching approaches.
• Arrays : Multi Dimensional Arrays — Learn how to work with 2D arrays and nested iteration.
• Arrays - Recap — Summarize array concepts and best practices.
Section: Regex : Regular Expressions & StringTokenizer — Learn how to process and manipulate text efficiently using Java Regular Expressions and StringTokenizer with real examples.
• Regular Expression : Introduction — Learn what regular expressions are and why they are useful.
• Pattern and Matcher — Learn how to use Pattern and Matcher classes for regex operations.
• Meta Characters — Learn common regex meta characters and how they work.
• Quantifiers — Learn quantifiers like *, +, ?, and {n,m} to control match patterns.
• Character Classes — Learn character classes and shortcuts like \d and \w.
• Groups in Regex — Learn capturing groups and how to extract matched parts.
• Replace and Split using Regex — Learn how to replace text and split strings using regex.
• StringTokenizer — Learn how to tokenize strings using delimiters with StringTokenizer.
• Regex - Recap — Review regex concepts and when to use each approach.
Section: Collections : Introduction to ArrayList — Dive into Java Collections with a focus on ArrayList—learn how to add, remove, search, and iterate through lists effectively.
• Collections : Introduction — Learn what collections are and why they are better than arrays for dynamic data.
• ArrayList : Introduction — Learn how to create and use ArrayList.
• ArrayList : Adding elements — Learn how to add elements into an ArrayList.
• ArrayList : Updating elements — Learn how to update elements in an ArrayList.
• ArrayList : Removing elements — Learn how to remove elements safely from an ArrayList.
• ArrayList : Searching elements — Learn how to search elements using contains, indexOf, and more.
• ArrayList : Sorting elements — Learn how to sort ArrayLists using built-in utilities.
• ArrayList : Looping elements — Learn how to iterate ArrayLists using different looping techniques.
• ArrayList : ArrayList with Objects — Learn how to store custom objects in an ArrayList.
• ArrayList - Recap — Review ArrayList concepts and common pitfalls.
Section: Wrapper Classes — In this section, we will cover Wrapper Classes.
• Wrapper Classes : Introduction — Learn what wrapper classes are and why they are useful.
• Wrapper Classes : Autoboxing and Unboxing — Learn autoboxing and unboxing and how Java handles conversions automatically.
Section: Functional Programming : Lambdas & Streams — Embrace the power of functional programming in Java using Lambdas, Streams, and built-in Functional Interfaces to write cleaner, modern Java code.
• Functional Programming : Introduction — Learn what functional programming means in Java.
• Functional Interfaces : Introduction — Learn what functional interfaces are and how they power lambdas.
• Lambda Expressions : Introduction — Learn lambda syntax and write your first lambda.
• Lambda Expressions : With Parameters — Learn how to write lambdas that accept inputs.
• Lambda Expressions : Without Parameters — Learn how to write lambdas that take no parameters.
• Lambda Expressions : Block Body — Learn multi-line lambdas with block bodies.
• Lambda Expressions - Recap — Summarize lambda concepts and best practices.
Section: Streams API : Flatmap operation — In this section, we will cover Streams API : Flatmap operation.
• Streams : flatMap — Learn how flatMap works and how to flatten nested structures in streams.
Section: Streams API : Stream Operations — Learn the Java Stream API end-to-end, including how to create streams, apply common operations, and build real pipelines for data processing.
• Streams : Introduction — Learn what streams are and why they are useful.
• Streams : Create Streams — Learn different ways to create streams.
• Streams : filter — Learn how to filter stream elements using predicates.
• Streams : map — Learn how to transform data using map.
• Streams : sorted — Learn how to sort stream elements.
• Streams : limit and skip — Learn how to control stream size using limit and skip.
• Streams : distinct — Learn how to remove duplicates using distinct.
• Streams : reduce — Learn how to aggregate values using reduce.
• Streams : collect — Learn how to collect results into collections using collectors.
• Streams : groupingBy — Learn how to group data using groupingBy.
• Streams : partitioningBy — Learn how to split data into two groups using partitioningBy.
• Streams : toMap — Learn how to create maps from streams safely.
• Streams : findFirst and findAny — Learn how to retrieve elements using findFirst/findAny.
• Streams : anyMatch, allMatch, noneMatch — Learn match operations to validate conditions across stream elements.
• Streams : Optional — Learn how Optional works with stream results.
• Streams - Recap — Review the Stream API and key takeaways.
Section: Using Streams API in our Movie Domain — In this section, we will cover Using Streams API in our Movie Domain.
• Filtering Movies using Streams API — Learn how to filter movies using stream pipelines.
• Mapping Movies using Streams API — Learn how to map and transform movie data using streams.
• Aggreation Operations on Movies using Streams API — In this lecture, we will cover Aggreation Operations on Movies using Streams API.
• Combine Filter and Map operations on the Movie Domain — In this lecture, we will cover Combine Filter and Map operations on the Movie Domain.
Section: Functional Interfaces in Java — Learn Java's built-in functional interfaces like Predicate, Consumer, Supplier, Function, and their Bi variants for powerful reusable behavior.*
• Predicate Functional Interface — Learn how Predicate represents conditions and how to use it effectively.
• Consumer Functional Interface — Learn how Consumer performs actions without returning results.
• Supplier Functional Interface — Learn how Supplier provides values lazily.
• Function Functional Interface — Learn how Function transforms data from one type to another.
• BiFunction Functional Interface — Learn how BiFunction works with two inputs.
• BiConsumer and BiPredicate Functional Interface — In this lecture, we will cover BiConsumer and BiPredicate Functional Interface.
• Functional Interfaces - Recap — Summarize when and how to use each functional interface.
Section: Collections : Map, Set — Explore Java's powerful Map and Set collections, learn uniqueness and key-value modeling, and apply them to real scenarios.
• Set : Introduction — Learn what a Set is and how it enforces uniqueness.
• HashSet — Learn how HashSet works and when to use it.
• TreeSet — Learn how TreeSet sorts elements and its use cases.
• Map : Introduction — Learn what a Map is and how it stores key-value pairs.
• HashMap — Learn how to use HashMap and common operations.
• TreeMap — Learn how TreeMap keeps keys sorted.
• Iterating Map — Learn different ways to iterate through map entries, keys, and values.
• Map and Set - Recap — Summarize key takeaways from Map and Set collections.
Section: Exceptions — Learn how Java exceptions work, how to handle them safely, and how to design better error handling in your programs.
• Exceptions : Introduction — Learn what exceptions are and why they occur.
• try, catch and finally — Learn how to handle exceptions using try/catch/finally.
• Checked vs Unchecked Exceptions — Learn the difference between checked and unchecked exceptions.
• Throwing Exceptions — Learn how and when to throw exceptions intentionally.
• Custom Exceptions — Learn how to create your own custom exception classes.
• Exception Handling Best Practices — Learn best practices to handle exceptions cleanly.
• Exceptions - Recap — Summarize exception handling concepts and tips.
Section: Object Oriented Programming Concepts - Inheritance, Polymorphism, Abstraction — Learn key OOP pillars like inheritance, polymorphism, abstraction, and how to apply them in real Java designs.
• Inheritance : Introduction — Learn the basics of inheritance and how classes can extend other classes.
• super keyword and constructor chaining — Learn how super works and how constructors chain in inheritance.
• Method Overriding — Learn how to override methods in child classes.
• Polymorphism — Learn polymorphism and how it enables flexible and reusable designs.
• Abstract Classes — Learn how abstract classes define shared contracts and partial implementations.
• Interfaces — Learn how interfaces define capabilities and contracts in Java.
• Default and Static methods in Interfaces — Learn modern interface features like default and static methods.
• Inheritance and Polymorphism - Recap — Review key OOP takeaways from inheritance and polymorphism.
Section: Object Oriented Programming Concepts - Design Patterns — Learn practical design patterns and how they improve code structure, flexibility, and maintainability.
• Design Patterns : Introduction — Learn what design patterns are and why they matter.
• Singleton Pattern — Learn the Singleton pattern and understand its pros/cons.
• Factory Pattern — Learn the Factory pattern to create objects cleanly.
• Strategy Pattern — Learn the Strategy pattern to swap behaviors at runtime.
• Observer Pattern — Learn how Observer-style patterns enable event-driven design.
• Design Patterns - Recap — Summarize the patterns learned and when to apply them.
Section: Build a Real World App : Notifications, Payments, Rewards — Build a real-world payment flow with notifications and rewards to learn modular design and clean architecture in Java.
• Payments, Notifications and Rewards : Overview — Understand the domain and requirements for the real-world app.
• Creating PaymentProcessor interface and its implementations — Learn how to design payment processing using interfaces and implementations.
• Implementing NotificationSender — Learn how to implement a notification component in a clean way.
• Adding Rewards logic — Learn how to add rewards calculation and tracking into the flow.
• Refactoring and testing the flow — Learn how to refactor for clarity and test end-to-end behavior.
• Summary — Review the architecture and key takeaways from the project.
Section: Java Time API — Learn Java's modern Date/Time API and handle real-world time problems like time zones, comparisons, and daylight savings correctly.
• LocalDate in Java : Basics — Learn how to work with LocalDate in Java.
• LocalTime in Java : Basics — Learn how to work with LocalTime in Java.
• LocalDateTime in Java : Basics — Learn how to work with LocalDateTime in Java.
• LocalDateTime : Comparison and Modification — In this lecture, we will cover LocalDateTime : Comparison and Modification.
• ZonedDateTime in Java : Basics — Learn how ZonedDateTime works and why time zones matter.
• ZonedDateTime in Java : Retrieval — In this lecture, we will cover ZonedDateTime in Java : Retrieval.
• ZonedDateTime in Java : Modification — In this lecture, we will cover ZonedDateTime in Java : Modification.
• ZonedDateTime in Java : Comparison — Learn how to compare ZonedDateTime values correctly.
• TimeZone Conversions in Action — Learn how to convert between time zones using Java Time API.
• RealWorld UseCase : Time Calculation in FlightTravel — Learn how to calculate flight times using zones and durations.
• Daylight Savings using ZonedDateTimne — Learn how to handle daylight savings edge cases in Java.
• Instant in Java — In this lecture, we will cover Instant in Java.
• Instant in Java : Comparison and modfication — In this lecture, we will cover Instant in Java : Comparison and modfication.
• Duration in Java — Learn how Duration represents time-based differences.
• Period in Java – Years, Months, and Days Made Simple — Learn how Period represents date-based differences.
By completing this course, you've built a solid foundation in modern Java programming — including core syntax, Object-Oriented Programming, collections, functional programming with streams and lambdas, exception handling, working with time APIs, file handling, JSON/CSV processing, and even interacting with external APIs.
Most importantly, you've also learned how to work with GitHub Copilot as a practical coding partner — so you can build faster while still understanding what you're building.
To take your knowledge to the next level, here are a few recommended steps
• Build 1–2 small real-world Java projects (CLI apps, mini APIs, file processors, etc.)
• Practice clean code + refactoring with your own codebase
• Learn frameworks like Spring Boot to build real backend applications
• Strengthen testing skills and add automated tests to your projects
• Keep using Copilot strategically — let AI help with boilerplate, while you drive the design and decisions
Who this course is for
■ Complete beginners who want to learn Modern Java from scratch, with clear explanations and hands-on practice.
■ Developers coming from another language (Python/jаvascript/C#/etc.) who want to switch to Java quickly using an AI-assisted learning approach.
■ Students who want to learn AI-assisted development with GitHub Copilot, so they can code faster while still understanding the fundamentals.
■ Anyone who learns best by building — you'll implement real-world examples and mini projects instead of only watching theory.
■ Java developers who know the basics but want to refresh and modernize their skills with modern syntax, streams/lambdas, and practical coding patterns.
Homepage

https://www.udemy.com/course/modern-java-programming-for-beginners-with-ai-drive-development/

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Modern Java Programming for Beginners with Github Copilot AI

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