13 Free/Low-Cost Sites to Supercharge Your Programming Self-Education

1. Codegym

• Insane level of detail - lecturers explain Java concepts carefully and methodically, without skipping arguments or oversimplifying important principles.
• 500+ hours of coding experience. As for now, only a few of my Java students managed to complete all quizzes the platform offers. There are thousands of them, both for beginners and advanced learners.
• Community-drivenness. Codegym can be your one-stop-shop for both work and play. It’s super fun to be able to share your software development journey with like-minded students and crack up over tech memes together.
• Easy-to-use IDE. I loved being able to use Codegym on the go - this way, you can code for 1-2 hours a day while commuting between meetings or waiting in lines without having to set studying time aside.

2. Codecademy

• Dozens of courses, some are really specific. You can choose to study anything from mainstream programming languages to APIs or AI development. The ability of the platform to support you throughout the entire programming learning journey sounds like a good enough reason to stick with it.
• These guys know how to keep students motivated. You might think that tricks like levels and badges don’t work on you - I was confident about that, too. However, once you are tired of looking at the IDE and would do anything but coding, unlocking an achievement or moving one level higher are the only things to keep you going.
• Intuitive interface. Codecademy is lightweight and easy to explore - so much so that it doesn’t feel like you are learning. The smooth user experience helped me and my students stay concentrated and complete my tasks with higher code accuracy.

3. Freecodecamp

• Write → test→ debug learning. I never liked attending CS lectures back in my college days - spending this time in front of the compiler getting question answers through trial and error felt like a more productive way to spend my time. Now that I’m out of uni, I get to choose platforms like Freecodecamp that do just that - encourage their students to learn by doing and grasp concepts at their own pace.
• Focuses on problem-solving. I’ve seen a lot of developers who struggle to apply the concepts they learn in class for real-life projects. Freecodecamp is a helpful way to start thinking like a developer - the platform gives you practical tasks like debugging the website’s UI. After you complete those, you can easily handle similar projects in real life.
• A top-notch blog that features pieces written by coding experts. Freecodecamp authors have written some of my favorite pieces - “The Strategy Explained Using Java”, “Learn to Spot Red Flags in Your React/JavaScript Code”, and more. They have an awesome blog at Freecodecamp.org and Medium - in my opinion, every developer should check it out.

4. Udacity

• Engaging lecture style. Instructors use catchy, descriptive content to help students retain coding concepts better. There’s a community to have your back as well - you can discuss coding with other users or reach out to instructors. The platform has office hours during which you can get answers to your questions.
• Wide course selection. Other than supporting all popular programming languages, Udemy updates courses regularly. On the platform, you can be confident that a Java course includes Lambdas and other newly introduced concepts - that applies to other languages as well.
• Dynamic learning. I love using Udacity because the courses here are not draggy. The lectures are highly dynamic and stimulating, you will feel like you learned something new after each study session.

5. Udemy

• Courses are short and sweet. Learning programming with Udemy doesn’t feel like a massive commitment since most programs offer 10-15-minute-long classes. If you want to revise the material, you can come back to the video and replay it as many times as you want until you grasp the concept.
• Has big-name-backed programs. If you want to study based on Google’s and other top companies’ best practices, with Udemy, you get a chance to. The platform does a great job of attracting industry leaders in contributing to coding education.
• Get a certificate after completion. Although I don’t think certificates legitimize a developer’s skill (portfolio samples do), getting one gives you a sense of accomplishment, a feeling of seeing a commitment through. Also, if you want to pass an official programming language proficiency certification program, the platform features plenty of courses to help developers ace PCAP, Oracle Java Certification, and other tests.

6. Educative.io

• Easy-to-use in-browser IDEs. The platform is extremely comfortable to code in - the built-in IDE is fast, requires no additional setup, and checks the accuracy of your code immediately.
• Text-based courses and quizzes. If you are not a fan of video-based education (why should I be bound to the lecturer’s teaching pace after all), the platform is the right one for you. It hosts text-based courses that come together with quizzes - these tests help you improve knowledge retention.
• All fundamental programming courses are free. Although you will have to pay to learn advanced technologies and processes (system design, algorithms, and others), all the basic programs (HTML, CSS, Java, Python, and C++) are free of charge.

7. Code4Startup.com

• Makes job hunting easier. Code4Startup collects coding assignments hosted by startups of different scales. Here, beginning developers can try handling projects from Uber, Airbnb, and other poster names of the startup world. The project-based nature of the course helps programming students validate their skills and make sure they can work in a fast-paced work environment.
• Completing a project doesn’t take a lot of time. On average, my students managed to complete Uber Eats and Tinder projects in 3-6 months. At such a pace, you’ll have a wide range of portfolio samples in a little over a year.
• Dozens of free courses. If you aren’t ready to pay a dime for programming education consider exploring the free courses hosted on the platform - ReactJS and Ruby programs hosted on Code4Startups are some of my favorite development courses of all times.

8. Pluralsight

• Awesome course selection on web development. Now that Pluralsight acquired Code School, it’s become one of my favorite places for nailing both theoretical and practical concepts of front-end development.
• Groups courses by a developer’s proficiency. Before choosing a program, you can take a Skill IQ assessment. This is a short but well-rounded test that’ll quickly expose your weak spots in coding and help create an effective learning curriculum.
• You can organize lectures on channels. When you study a lot, eventually, it’s hard to structure information - before long, your brain starts melting in complete chaos. Pluralsight helps students keep track of lectures and retain concepts - you can save key insights to a personal channel and come back to it whenever you feel like it.

9. MIT Courseware

• An engaging theory-based course. While practice is the backbone of coding, understanding theoretical concepts will make it easier to communicate at work, read documentation, and study. MIT Courseware hosts dozens of programs from one of the world’s top tech schools - it’s definitely worth checking out.
• Access to lectures and quizzes. The platform offers full immersion in CS with practical assignments, video lectures, slides, and interactive quizzes. That’s why I find it extremely useful for computer science undergrads.
• MIT OpenCourseWare is free. While can (and should) consider donating to support the platform, there’s no need to pay for programs.

10. Web Fundamentals

• Understanding web development is crucial regardless of which programming language you’ll specialize in. That’s why I believe that Web Fundamentals, a platform created at Google, should be at every student’s list of learning resources.
• Engaging, easy-to-complete courses - going through the basics and practicing the core concepts of HTML5 will not take much time. All you need to do is read a lecture and pass a series of interactive quizzes.
• Constant updates - since web development is highly dynamic, you need to choose a learning platform that follows modern best practices. Web Fundamentals goes hand in hand with the changes Google makes and teaches developers how to match the standards set by the search engine.

11. Hack.pledge()

• If you are into peer-to-peer learning, this platform is just the right fit. Here, top-notch developers share their experience and answer questions of novice peers.
• One of the few platforms where you can get a free call with a coding expert and have him review your code via a Skype call. Awesome, isn’t it?
• Top accelerator, startup, and large-scale company managers keep a careful eye on Hack.pledge() for job hunting. If you hang out there regularly, chances are, you’ll be able to land a well-paid tech job.

12. GitHub

• Finding skilled developers and looking through their top projects is an efficient way to learn best coding practices. Even if you understand the syntax of a programming language, there are still light-years of a skill gap between you and the pros. GitHub helps you determine what distinguishes extraordinary coders from the mediocre ones and hone your craft.
• GitHub helps choose your next language. The number of GitHub repository followers and active projects is a way to determine how popular technology is in the industry. That’s why I recommend my students to take a GitHub stroll when they are deciding on the next programming language to learn.
• GitHub hosts documentation on languages and frameworks - you can use these files as references for future projects.

13. Coderbyte

• This one is a practice-based platform with over 200 coding tasks - it will definitely prepare you for a real-world job interview.
• Sleek and easy-to-use interface - using Coderbyte to study felt like a seamless and enjoyable experience for me.
• Community-based - you can see the ways other people found to solve a coding problem. This way, students get to see other trains of thought and notice out-of-the-box approaches to coding.

Conclusion