
Learn the basics of Java, set up an integrated development environment, and build simple programs using variables, loops, switch statements, arrays, object-oriented concepts, and graphical user interfaces.
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Install eclipse for Java developers, set up a workspace, create a Java project, and write a class with a main method that prints hello world to the console.
Java is platform independent, running code on Windows, Mac, or other operating systems via a virtual machine that translates bytecode into machine code. It is object oriented and multithreaded.
Learn Java datatypes and numbers, and declare variables using int, long, short, byte, float, and double, with memory and max/min value concepts.
Explore Java arithmetic operators including plus, minus, multiply, division, modulus, and assignment forms like plus equals. Learn order of operations with parentheses and how doubles affect results in averaging tasks.
Explore booleans and boolean logic in Java by learning true/false values, logical operators, and if statements, with hands-on practice.
Learn to compare numbers in java with relational operators and if statements, print results, and use comments; apply to five prices to identify highs and lows, second highs/lows as homework.
Explore how binary underpins computer operations, learn how to read binary and decimal numbers, and discover how eight bits form a byte, then bytes form kilobytes, megabytes, and gigabytes.
Explore Java datatypes, focusing on characters and strings, using the char type, ASCII indexing, and simple printing examples to map letters to numbers and build strings.
Explore strings as a complex data type in Java and how they differ from primitive types. Learn to manipulate strings with methods like length, charAt, substring, equals, and replace.
Learn to use if, else, and else-if in Java to handle less than, greater than, and equal cases. Apply it to find the highest of three integers.
Learn how switch statements compare with if-else in Java, using case blocks, break, and default to map input values to outputs with cleaner, readable code.
Learn to generate random values in Java by scaling Math.random() to a chosen range and correctly casting to produce integers between min and max, such as 5–10 or 0–60.
Learn to read user input with the scanner class, import it, create a scanner instance, and use next methods to capture numbers, strings, booleans, longs, and doubles, build a calculator.
Learn how to use loops in Java, including while loops, do while loops, and for loops, to repeat actions based on a boolean condition and increment counters.
Explore for and while loops in Java, with int i and i < 10, i++, and print output. Grasp break and continue, and implement an interactive loop using Scanner.
Learn the basics of arrays in Java, including int, boolean, and string arrays. Explore creating, iterating, printing, and handling array length and out-of-bounds scenarios.
Learn to sort integer arrays in Java using bubble sort, initialize arrays with random values, and print results, building hands-on debugging skills.
Explore multi-dimensional arrays in Java by visualizing two-dimensional tables and three-dimensional arrays. Use nested loops to print table values and compute the sums of inner arrays.
Learn how to solve programming problems with Google and Stack Overflow by implementing a random string generator in Java, using a string builder and random indices, while debugging type mismatches.
Learn how to create and use Java methods, return values, and the main method; work with arrays, printing techniques, and a bubble sort exercise to sort integer arrays.
Develop object oriented programming understanding by creating a desk class with attributes and behaviors, instantiating objects, and differentiating between class and object.
Learn object oriented basics by creating classes and objects, then master modifier types, including public, default, private, and protected, alongside static and final for array utilities in a tools class.
Explore encapsulation in Java by building a TV class with fields for screen size and name, then create a main method to instantiate a TV object.
Explore encapsulation by turning screen size into a class with private fields and setter and getter methods, enabling read and write access control to keep a large codebase maintainable.
This lecture explains encapsulation in Java by showing how private fields use getters and setters, enabling controlled access, read-only options, and internal type changes without widespread code edits.
Explore encapsulation with getters and setters and access control, then learn abstraction via abstract classes and methods like get serial number to define unimplemented behavior.
Learn abstraction by creating an abstract employee class with abstract methods set salary and get salary, and by extending it into monthly and hourly employees with protected fields.
Illustrate inheritance in Java by extending 2d to 3d, highlighting the is-a relationship, abstract classes, and method overriding.
Learn object-oriented programming concepts in Java, including constructors and the super keyword, how new calls invoke constructors, and the has a relationship with size 3D objects.
Explore inheritance and polymorphism in Java, including the override keyword and toString, by building table subclasses and observing objects taking multiple forms.
Explore polymorphism in Java by overriding toString with the override annotation. Implement animal classes with private and protected fields, getters, setters, and hit points computation for elk.
Build a graphical user interface in Java using Swing by creating a frame, text fields, and buttons with listeners, demonstrating event handling and layout using grid layout.
Extend a Java GUI by adding text fields and buttons, arrange them in a two-column grid layout, and apply colors for clarity. Explore grid layouts and desktop user interface responsiveness.
this final project builds a Java Swing account system with register and login, using a GUI with text fields, labels, and a sign-up button.
Create a Java sign-up and login flow by building a user class, tracking users in an array, preventing duplicates, and authenticating credentials to show a welcome screen.
Explain a Java login flow that validates a username and password against a user array and updates the ui to display a welcome message.
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Whether you are looking to switch your careers and become a full-time programmer, OR you just want to try your hand at building some cool applications or are just seeking to round out your skill set – learning to code in Java will be a pretty good way to go about it.
Programming is one of the fastest growing and lucrative profession in today's high-tech age. No wonder, a lot of people are jumping into this profession in droves. But the amazing thing is that industry's appetite to employ more and more engineers is only growing. The demand is way too high to fill this gap. Which is why companies are ready to pay higher and higher salaries and hourly rates for these skills.
If your answer is YES – then you have come to the right place.
This course does not assume any prior programming or coding experience. It has been designed from the ground up – to take you through a spectrum of concepts, terms, and paradigms to give you a solid understanding of what Java programming is all about.
Hands-On Knowledge
We are a group of coders and programmers ourselves. So we understand the importance of learning by doing. This course is jam-packed with practical demos, homework assignments and a lot of live coding which will help you immensely in grasping these complex topics.
We begin by downloading and installing a free programming editor also known as an integrated development environment (IDE). The IDE is called Eclipse and is pretty popular amongst Java programmers.
Then we will go through some basic and foundational concepts of the Java programming language. Many of these concepts also apply to other programming languages.
After these core concepts – we will put things into high gear and talk about control flow statements which can help you write dynamic programs
We will discuss object-oriented programming and its various pillars. We will introduce you to important OOP concepts like objects, classes, inheritance, interfaces, and packages. Each discussion will focus on how these concepts relate to the real world, while simultaneously providing an introduction to the syntax of the Java programming language.
The added power of OO programming which Java provides gives programmers a huge edge over the relative simplicity of procedural programming. OOP concepts make it easier for programmers to relate the code to the real world objects we see around us. Generally speaking, learning OOP could be very simple and complex at the same time. We strive to explain these essential concepts with the help of simple real world scenarios and exercises.
Why Java?
Ever since Java was introduced in 1995 – it has been growing in popularity especially in the enterprise software sector. Over the years, it has been proven to be a mature, robust and very versatile programming platform. The language designers have added tons of features to the language which makes it very efficient and fun to code in Java.
Java has the advantage of ubiquity. If you program for a living, you're probably going to come across Java sooner or later. Java is showing up in all sorts of places: You can write Java servlets that run on Apache and many other web servers. You can write applets that run in the browsers that most of the world uses. Java programs can run seamlessly on Linux, Windows, and MacOS. In fact, Java is also supported on many embedded and mobile platforms.
Java has a huge community support behind it. From fully functionality IDEs (like the one we will use in this course) – to robust frameworks, the Java open source community has contributed a lot to make the Java ecosystem a very compelling platform to build applications.
The demand for coders, programmers, and professionals who have experience with Java programming language has been growing steadily over the last few years. The salaries and consulting rates for these skills have also been rising and are only bound to go up as the demand for these skills remains steady or increases.
About Us
We have been in the software industry for over TWO DECADES. We have been part of many prestigious projects and startups. Over the course of these years - we have gained a good insight into what makes for flexible, scalable and robust software solutions. We are passionate about sharing all our collective knowledge with you.
Are You Ready?
Are you ready to get started? In that case, we're guessing you'll want to know what your investment is going to be.
Well, here you will find real actionable information and education in exchange for your time, willingness to learn and a fraction of the cost you will be able to demand as a cloud engineer or consultants. We can guarantee that you will get your investment back many fold in no time.
So if you're ready to make a change and learn how to code in Java, just click the "Add To Cart" button you'll see below this video.
Our Guarantee
And of course, when you purchase your copy of this Java programming course - you won't risk a cent. The course comes with my unconditional 30-day money back guarantee.
If you find that the course doesn't meet your needs, all you have to do is just send us a message, and we will refund your money immediately.
No questions asked, no hoops to jump through and no hard feelings...
Get Set Go
Look, if you're serious about becoming an expert cloud engineer and generating a real income for you and your family, you need to take action and get in the game.
Imagine getting that promotion in your current role which you have been promised for months of years. Imagine getting chased by recruiters looking for skilled and experienced engineers which companies are desperately seeking to hire. Imagine getting a massive bump in your income as a result of your newly acquired in-demand skills.
That's what we want for you, and we know it's what you want for yourself, so grab your copy this Java development course NOW and let's get you started today! Click the Add to Cart button below this video right now, and we will see you on the other side...