Java is one of the most ubiquitous and versatile languages in the industry. It runs behind-the-scenes for a large portion of the websites you use daily, as well as in many desktop and smartphone apps. It’s well-suited for large programs that need performance and scalability.
Clojure is a new language that runs on top of Java. It represents a trend in the industry known as functional programming, which is a new way of writing software that is easier to test and allows execution of multiple processes at the same time. Being exposed to these concepts will improve your code, even when writing Java.
Java has been around for about 20 years. It was an instant success when Sun Microsystems released it in the mid 90s as a language targeting back-end software for a then-young internet. Oracle acquired Sun in 2010 and became the steward of the language.
Despite new competition from other server-side scripting languages, Java has maintained its popularity. This is due in part to its excellent performance, maintainability, and unparalleled ecosystem of libraries and frameworks (like Spring and Hibernate).
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12-WEEK IMMERSIVE CURRICULUM
The ubiquity of the Java platform is not an accident. It occupies a middle ground in which you attain nearly the performance of native code while maintaining the safety of high-level scripting languages. Over the years, the community has produced an unparalleled ecosystem of libraries and tools that have become the foundation for a large portion of the technical plumbing we rely on every day.
In programming, it’s not uncommon to find conflict between the practical need to use proven technologies and the academic desire to use cutting-edge technologies. One advantage of the Java platform is that you can have both: while Java is the dominant, time-tested language of the platform, there are several other languages that can interoperate with it, giving you access to exciting new paradigms and tools.
This course will equip you with the marketable skill of server-side Java programming and supplement it with an understanding of functional and concurrent programming using the Clojure language. The goal will be to make you a well-rounded programmer ready for real-world challenges while keeping you curious to explore esoteric ideas that the industry is moving towards.
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Writing the basic logic of your program is mostly a matter of calling methods to initiate actions. It also requires a clear understanding of control flow, which includes conditional statements, loops, recursion, and exceptions. These simple tools can be combined to write programs of almost unlimited complexity.
We’ll use Clojure as a vehicle for understanding another paradigm of software development that is rapidly becoming more mainstream. Functional programming allows us to limit how much we change the data in our programs. Its goal is to avoid a large class of bugs that normal programs have, as well improve performance through concurrency.
After spending time writing console programs, it will be important to learn how to read and write data to the disk using files and databases. Tools you may see: H2, PostgreSQL
As processor speeds have found more modest improvements lately, it has become more important to find new ways to run software faster. In some cases, running code concurrently can achieve this, so it has become an important new subject for programmers to become familiar with.
The foundation of all software development is learning how to organize data. We take a “data first, code second” approach by focusing on core data structures before we even begin writing the code that makes use of them. After developing an intuitive understanding of that, the code becomes relatively straightforward to write.
We’ll gain a deep familiarity with the main paradigm of Java. We’ll learn how to write a class, and how to make use of inheritance to organize our code.
No matter your experience, bugs are inevitable. We’ll learn how to debug our programs and write tests to help prevent them from surfacing in the first place. Tools you may see: Debugging with an IDE, testing with JUnit
One of the Java platform’s biggest selling points is the ecosystem. You’ll learn how to take advantage of battle-tested libraries, frameworks, and tools built by the Java community. Tools you may see: Spring, Hibernate
Master version control for personal and team workflows. All of your code will live online from day one. Tools you may see: Git, Github
We use an IDE to write our Java and Clojure projects. Tools you may see: IntelliJ IDEA (Community Edition), Cursive Clojure
Guest speakers and more! Our students get real world exposure early and often during class.
We do mock interviews, resume writing and portfolio building. Grads have weekly meetings with our team to help find exciting jobs and projects.
Seasoned contractors show you how to find good work, write contracts, set expectations, price well and communicate with clients.
Before we get into specifics, we need to let you know that this class is going to be very challenging. The material gets really hard, really fast. All of the work is very do-able, but if you think you’re going to develop professional level skills in a cushy 40 hour week, this isn’t the place for you. (The average student puts in about 60 hours per week, minimum). We don’t require you to know code to start with, but you need to have tried it and enjoyed it. If that’s you, go ahead and apply now. If not, try a few exercises to see.
We’re family people, so our goal is for you to work as hard as possible in class so you can find joy in a great job, freelance work, or starting your own company when you’re done. We’re proud of all of the different types of people who have come through The Iron Yard, and we don’t have stereotypes of what a programmer is like. We’ve taught students from 18 to 50 years old, from different countries and all sorts of backgrounds.
Here’s an overview of the skills our students learn in our Java Engineering course:
• Java and Clojure fundamentals
• Object-oriented and functional programming
• Debugging and testing to catch and prevent errors
• Storing information in databases
• Using third-party libraries and frameworks
• Improving performance using concurrency
• Most importantly, learn how to learn
You can read about tuition, financing and scholarships on our Tuition Page. We offer great financing options, have significant discounts for enlisted military personnel/veterans, and sponsor a Women in Tech Scholarship.
Like we said above, this won’t be a walk in the park. Prepare for a rigorous course.
If you need to be micro-managed, this isn’t the place for you.
You’ll be assigned to groups for projects, and each person’s role will be crucial.
Even if you know basics (or more), you might have to unlearn some things. We’ll start from the ground up as a team, and there won’t be room for egos.
We work hard, play hard, and laugh every single day. We do the best work we possibly can, but we make sure not to take ourselves too seriously.
Curious about Java
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Learn Java and Clojure with our 12-week course
Our Java course will not only teach you the basics of Java, but will teach you to think like a back-end engineer. Students will learn Java and Clojure, a new language that runs on top of Java and represents a trend known as functional programming. Java course graduates will be well-positioned to join an existing development team, build their own products, or enter the freelancing world.
Remember: learning Java doesn’t make you great at building apps; that’s the easy part of back-end development. The emphasis in our 12-week immersive Java course is to teach you to think like an engineer. Programming is a lifelong study, and our goal is for you to learn how to learn so you remain highly valuable for the rest of your career.