Here's how you can solidify your understanding of newly learned programming concepts.

Probablemente muchos de nosotros hemos escuchado sobre la regla de las 10,000 horas de Malcolm Gladwell. Esta regla destaca la importancia de la práctica para dominar cualquier disciplina. Según diversos estudios, este concepto se aplica especialmente para convertirse en un experto. Aunque el tiempo necesario varía según la curva de aprendizaje de cada individuo, podemos concluir que no hay mejor manera de consolidar conocimientos que poniéndolos en práctica.

???????????????? ??????????: Regular practice is imperative to mastering programming. ?????????? ????????????: Sharing your knowledge with peers not only aids in consolidating your own understanding but also identifies any gaps in your knowledge. ?????????? ????????????????: Applying concepts to real-world projects helps in understanding their practical implications. ???????????? ?????? ????????????????: Regularly reviewing and refactoring your code ensures it remains efficient, readable, and maintainable. ?????? ??????????????????: Leverage a variety of resources, such as documentation, online courses, forums, and coding communities. ???????? ??????????????: Cultivate a mindset of continuous learning and curiosity.

Practice as much as possible. Push yourself to continuously learn and apply new concepts. Bring your mind to the point of finding solutions subconsciously. Merely learning theory won't bring you as close to mastering a new skill as practice will. I remember how practicing almost every day led me to subconsciously find solutions to difficult tasks. Whether I was out doing other activities or even falling asleep, ideas for solutions would pop into my head. This would make me eager to start a new coding session to bring those ideas to life.

solve 200 leetcode problems . this way you can master the data structure and algorithm in that language . practice practice practice

When you learn a new technology concept, start by identifying existing applications that utilize that concept. Understanding real-world implementations can provide valuable context and insight into practical uses. Then, reinforce your learning by teaching others. Creating teaching tutorials is a powerful way to do this. Though it takes time, this method not only deepens your understanding but also allows you to update yourself continuously. Additionally, it enhances your portfolio. Remember, practicing is crucial. While studying is important, hands-on practice solidifies your skills and prepares you for real-world challenges.

Sharing is learning. Everytime you share knowledge you fix it in your own mind. Furthermore, everytime you need to share knowledge with someone, you'll probably need to dig deeper and learn more to be able to achieve that, and consequently, expand and solidify your learnings.

Cuando tienes la oportunidad de compartir conocimientos y conceptos aprendidos, te ves en la necesidad de elaborar definiciones de forma personal, reduciendo así el tecnicismo de algunos términos a una terminología más coloquial. Esto, claro está, si lo que pretendes es transmitir la mayor cantidad de información. Además, a menudo es necesario complementar algunos conceptos para evitar imprecisiones. Todo esto contribuye a una mejor consolidación de tus conocimientos adquiridos de programación.

Creating a hobby project helps in learning new technology. There is no pressure to meet deadlines and if one picks an interesting problem/use-case for the project, then there are higher chances of consistently putting an effort to learn. And also over a period of time , because one is trying to implement it practically, what the technology can/cannot do becomes evident.

Building your own project is the most effective, practical, and enjoyable way to become a real developer. Imagine what you want to create, even if you're unsure how to achieve it, and start working on it. Break your project into small tasks, plan, and create while learning. As you learn new skills to solve problems in your project, this knowledge will solidify in your brain. Then, start a new project where past mistakes will guide you to a better application architecture, with understanding how to find a proper solution to each and every issue. This approach adds excitement and motivation, pushing you to achieve new results that once seemed unimaginable.

Building projects is the best way to understand new programming concepts and gain deeper understanding to real life problems. Start with smaller projects and keep building on with additional concepts learnt.

I've really come to understand JavaScript and TypeScript by starting a personal project that is essentially a framework inspired by Symfony & Laravel but built in Node.js. After only 2 weeks of development I feel like I've gained at least a year worth of experience! You can start small, work towards a goal. It's really rewarding once you reach your goals.

Regularly reviewing and cleaning up your code is a fantastic way to solidify programming concepts. Looking back at your old projects can show you how much you've learned and where you can improve. Refactoring means tweaking your existing code without changing what it does, which helps you think about better ways to design, make your code run faster, and make it easier to read. For instance, you might update a section with a more efficient algorithm or use a design pattern that fits your project better.

Regularly reviewing your code is akin to reflecting on past achievements and lessons learned. It allows you to visualize your growth as a programmer, identify weaknesses, areas where your understanding was lacking and reinforce concepts, techniques to common challenges. Refactoring is a crucial process that should be conducted regularly, especially in fast-developing projects with many contributors. It allows: - Enhance readibility, which is crucial for collaboration, debugging, and future maintenance. - Improve efficiency by implementing more efficient algorithms or data structures, leading to better performance. - Use advanced patterns to improve the architecture and scalability of your application.

By revising old projects and codes, you can apply recent learnings and materialize them. I mean, transform a new concept into an implementation. It will make it easier to develop a better understanding on what you have learned

Regularly review and refactor your code to improve its quality and efficiency. Look for areas where you can apply the new concepts you've learned. For instance, revisit an old project and refactor it using the latest programming techniques. Reviewing and refining your code helps reinforce best practices and keeps your skills sharp.

After some time of learning, try to comeback to your old codes and see what are the points of improvement that you can add. If your using leetcode.com, you can try to submit new solutions and see if they perform better, have greater code clarity and fewer lines. This is way you can have a numerical estimate of your growth.

Using external resources is not a sign of weakness but a mark of a proactive learner in programming. Embracing a wide range of learning tools from books and documentation to forums, tutorials and AI chatbots - enriches your understanding, helps you to overcome challenges, and accelerates your growth as a programmer. Choose resources that allow you to deeply understand and gain confidence in specific aspects of programming easily and conveniently. Don't restrict yourself in any way when seeking the knowledge you need. It's out there, waiting for you to grab - easier than ever before.

No te limites solo a los videotutoriales o artículos sobre los conceptos de programación que has aprendido. Siempre encontrarás repositorios públicos con ejemplos de código según el lenguaje, además de la indispensable documentación oficial. Esta última opción, aunque suele ser más densa, es ideal, ya que contiene todo lo necesario para dominar cualquier tecnología y afianzar al máximo los conceptos adquiridos.

Leverage online resources like documentation, tutorials, forums, and courses to enhance your understanding. Participate in coding challenges on platforms like LeetCode or HackerRank to apply what you've learned in different contexts. Using a variety of resources provides multiple perspectives and deepens your comprehension.

Most new languages, and some old ones, have strong communities online. Search for the influential people on the language, follow them on Linkendin, find if they have an open github or youtube channel. A good developer should reach for all the resources that are available to them, there is no less merit in learning by example.

In the Tech field, curiosity is definitely a superpower. The innate desire to learn, just for the sake of learning can put you miles ahead in your career. Whenever you come across a new concept, framewrok, tool or library, try playing around with it by making a small project, just to see how it works. Over time, you'll find yourself having quick answers to new problems, just because you have practiced the concept before.

The tech field is constantly evolving, so stay updated with the latest trends and technologies. Explore new programming languages, frameworks, and tools to broaden your skill set and keep your knowledge current.

Maintain a curious mindset and always seek to learn more. Explore advanced topics related to the new concepts and experiment with different approaches. For example, if you're learning about machine learning, dive into different algorithms and libraries beyond the basics. Curiosity drives continuous learning and helps you stay updated with the latest developments.

Staying curious in programming makes learning exciting and fun. It leads to discovering new ideas, solving puzzles, and creating cool projects. Curiosity helps you ask questions, explore different solutions, and keeps you motivated. It turns challenges into opportunities to grow and become a better coder.

In such a fast-paced tech industry, staying curious has been a huge advantage for me. It keeps me engaged and always eager to learn and experiment with new things. This mindset has helped me keep up with rapid changes and continuously improve my skills.

When working to master new concepts or tools it is important to practice recalling and applying them when appropriate. When learning in isolation from books and courses it is easy to overlook practicing when and where to use a new concept, but this type of recall practice is essential to making effective use of new skills in real situations.

Collaborating with peers provides a valuable opportunity to gain different perspectives on problem-solving and coding techniques. When you work with others, you can exchange knowledge, learn new approaches, and understand how different people tackle the same problem. This process not only enhances your understanding but also exposes you to best practices and potential pitfalls that you might not encounter when working alone. Pair programming, code reviews, and contributing to open-source projects are excellent ways to collaborate and improve your skills through collective learning.

Do not hesitate to raise your hand and ask the questions. Do justice to your thoughts, if you have a query, ask, if you have opinion, speak up, If you know things, help others and grow together.

Just do the thing. Make a new project in your favorite language, and make the thing/code the concept. Like most things in software development and life, the best way to learn is by doing. If you're comfortable about it in the end, put up on GitHub and you'll also get bonus points for building out your portfolio. But even if you throw it away, the experience and wisdom from doing it once will put you ahead of the person that's never done it. (And don't forget to have fun tinkering!)

Here's what I do, and I would recommend you to do: 1. Apply the concept in different projects and exercises. 2. Explain the concept to someone else to reinforce understanding. 3. Summarize the concept in your own words or create notes. 4. Revisit the concept once in a while. 5. Use diagrams or flowcharts to visualize the concept. 6. Explore variations and edge cases related to the concept.