A continuación, le indicamos cómo puede minimizar el costo de la educación continua en programación.

Continuing education is essential in the field of programming, where technologies and best practices evolve rapidly. Fortunately, there are numerous strategies and resources available to minimise these costs while still ensuring you stay up-to-date and competitive. Here’s how you can continue your programming education affordably: 1.Leverage Free Online Resources 2.Utilize Open Educational Resources (OER) 3.Take Advantage of Community Resources 4.Join Online Coding Communities 5.Read Open Access Books and Documentation 6.Practice with Free Tools and Software 7.Participate in MOOCs 8.Apply for Scholarships and Financial Aid 9.Engage in Self-Directed Learning 10.Barter Skills for Education 11.Use Subscription Models Wisely

This is pure fact. Everything is free & there are so many tech enthusiasts in these platforms that even do full scale project based learning contents. Therefore in order to reduce even more cost (since cost doesn’t always means money, time is still and always be the absolute currency), learners should do these full scaled project based learning contents.

I would say in today time its very easy to find online tutorials and open-source materials + Participate in local meetups and forums for knowledge sharing. Other than that there are some job offers that gives education reimbursements.

University resources are very useful for basic computer science in free resources. For language learning or specific problems, it is preferable to get help from the communities and forms of the language you are interested in for quick results. If you are not familiar with learning strategies, sites like freecodecamp that offer you a way to learn will be useful.

To minimize the cost of continuing education in programming, utilize free and low-cost resources available online. Platforms like Coursera, edX, and Khan Academy offer high-quality courses, many of which are free or available at a low cost. Take advantage of open-source materials, including documentation, tutorials, and eBooks. Participate in online coding communities and forums for peer support and learning. Look for scholarships, grants, or employer-sponsored programs that can help offset costs. Additionally, consider joining coding bootcamps that offer deferred tuition or income share agreements, allowing you to pay once you secure a job. By leveraging these resources, you can continue your education without breaking the bank.

There are thousands of resources all across the web for programming resources. W3Schools, FreeCodeCamp, GirlsWhoCode, and even YouTube videos. I haven't spent a dime to get where I am now in terms of resources.

This is actually really true. When I started learning, luckily I had mentors and peers who suggested me free resources and I quickly got my hands on them. Coursera, YouTube, HackerRank were some of the main platforms I would use for tutorials.

Websearch any skill of interest and you'll find free resources, e.g. docs.docker.com, python.org, ocw.mit.edu... Many employers will reimburse the cost of evening classes that you take toward your master's degree. Your company might have access to SkillSoft classes. If you join the ACM, you get free access to Percepio and Pluralsight. O'Reilly has a $100/year offer too. You can be a student volunteer at a conference to get in for free. A lot of volunteer work involves doing A/V during talks, so you can learn and log your volunteer hours at the same time. Conferences expose you to new ideas and research that can guide your career. (& BTW I met my spouse at an ACM-CHI conference.)

- Es correcto que en internet encuentras muchas cosas de utilidad, pero también hay muchísimo contenido que no es acertado, hay que verificar las fuentes del contenido antes de utilizarlas para aprendizaje

Minimizing the cost of continuing education in programming is achievable through online courses. Here’s a practical approach: 1️⃣ Leverage free resources and tutorials from reputable sites. 2️⃣ Enroll in affordable online courses offering certifications. 3️⃣ Join coding communities for peer learning and support. 4️⃣ Practice skills through open-source projects. This strategy not only reduces expenses but also keeps skills up-to-date, blending structured learning with real-world experience.

With online courses you can learn a great deal. However, I always suggest that besides just learning from an online course you should mix up your learning mediums and do the following for optimal learning: 1. Get a book on the subject if you can. Often times books are more well thought out, structured, complete and easy to revisit topics. 2. Join a forum for asking questions and seeking guidance on the content you are learning from the book or online course. 3. Online course / videos / tutorials / articles. In addition to what you are reading and the questions you are asking, you get alternative perspectives with this content. The stuff you read here can also be asked about in the forum you have joined. See the synergies here? :)

Enrolling in community college courses offers a budget-friendly path to formal programming education. Beyond lower tuition and flexible schedules, many community colleges collaborate with local tech firms, providing students with unique opportunities for internships and hands-on experience. This practical exposure not only enhances learning but also strengthens career prospects by building industry connections and real-world skills.

I think one of the most common mistakes in learning a language, and one that I often make, is that I miss the time to get in the middle of the work because of the urge to develop a project quickly and quickly. Details and basics. Online videos and content can give you 90% of the coverage. Your expertise on the subject will provide the remaining 10% in the books. We must read and learn the specialized details of the job from a good book.

Books offer a timeless and cost-effective means of mastering programming fundamentals, which remain relatively constant despite the fast-evolving tech landscape. They provide in-depth insights and thorough explanations that can be revisited at your own pace, fostering a deeper understanding than some faster-paced online resources. Additionally, classic programming books often cover core principles and problem-solving techniques that are crucial for long-term success and adaptability in any programming career. Libraries and second-hand bookstores can be treasure troves of these invaluable resources, making high-quality education accessible to all.

This is best way i guess as it’s expand your skills beyond what you read in books and give you Glimpse of real world problems. It also helps you expand your network while collaborating . You also get strong open thumbprint as byproduct .

Contributing to open-source projects can enhance your programming skills without breaking the bank. These initiatives offer hands-on experience with real-world software, collaboration opportunities with other developers, and constructive feedback on your code. Participating lets you gain practical experience and familiarity with industry-standard tools and practices—all at no cost. For instance, the React framework on GitHub is a bustling hub where many developers learn and contribute, sharpening their skills while building an impressive portfolio. Embrace open-source as a cost-effective path to continued education.

A benefit of programming is the abundance of resources. Open repositories, online courses, YouTube videos etc etc. You can choose any of this based on what you want to learn. But a more important thing is self motivation and trying to connect to what you are working on or want to be doing. The interest in your work and how to enhance it, what other ways are there to do things, exploring new technologies, these questions should always pop up in your head. If you are not motivated to explore new things, you would have a lot of incomplete courses and half knowledge. If you cannot relate with something in real life or something you like working on, the knowledge is still a waste.

None of the material from online lessions or tutorials will stick unless you can connect it to something real that you are passionate about. Copying is the lowest form of learning. Create something that you will feel enough intrinsic motivation to encourage you to persist through the real learning which will come from problem solving and tinkering. For any large passion projects, break them into much smaller more managable proof-of-concept chunks to keep motivation and feeling like you are progressing. Use these smaller chunks to build useful functions and classes which you can then contribute to the larger project. Then as you learn new things, you try to connect them to the larger passion projects; it gives context to your learning.