Te estás sumergiendo en los Sistemas de Información. ¿Qué recursos te ayudarán a dominar nuevos lenguajes de programación?

Online tutorials are a powerful tool for learning programming languages, combining theory with practical exercises to create a well-rounded learning experience. Their structured approach helps you build on concepts step by step, making complex ideas more digestible. Following the order set by the tutorial, without skipping sections, is key to unlocking its full potential. Even when you think you know the answer, tutorials might introduce more efficient or innovative solutions that can expand your thinking. Engaging fully, by coding along and solving problems yourself, turns passive learning into active practice, deepening your understanding and enhancing retention.

Online tutorials provide a strong foundation for programming, but they’re even more effective when combined with other learning methods like documentation and projects. While tutorials offer structured guidance, documentation dives deeper into specific language features and libraries. Learners can explore documentation after completing a tutorial to enhance their understanding. Projects are where tutorials translate into practical skills. Real-world challenges push learners to apply what they’ve learned creatively and solve problems, further solidifying their knowledge. By integrating these methods, learners gain a more holistic understanding of programming.

Online Tutorials play a crucial role in learning and mastering a new programming language. The most effective online tutorials are equipped with projects that enhance the learners ability to apply theoretical knowledge into real-world scenarios. This hands-on approach will lead you to be a truly proficient in the new programming language you are learning. Therefore, I recommend choosing a tutorial includes practical exercises. Remember, you can't master anything without getting your hands dirty and applying what you've learned.

Online tutorials are great when you are just getting started with a programming language because in that case you need a proper roadmap with all the relevant information that could later come handy

Online tutorials are an excellent starting point for anyone entering a new domain. While they provide a solid foundation, it's equally important for learners to apply the knowledge hands-on and avoid falling into the trap of "tutorial hell," where learning becomes passive and lacks practical application.

To master new programming languages in Information Systems, a mix of hands-on practice and diverse learning resources is essential. Start with online tutorials that offer practical exercises for step-by-step learning. Next, engage with developer communities like Stack Overflow to gain insights from real-world problems. Complement this with coding bootcamps or academic courses for structured, in-depth learning. Dive into official documentation to explore deeper functionalities, and solidify your skills by working on projects or solving challenges on platforms like LeetCode. By combining these methods, you'll build both knowledge and experience efficiently.

Resources that help to excel in a new programming language include: Books Hands-on labs or exercises: You can leverage resources like Codewars, LeetCode, and HackerRank. Community forums: Such as Reddit, GitHub, or Stack Overflow.

To master new programming languages in Information Systems, consider these resources: Online Courses: Platforms like Coursera, Udemy, and edX offer comprehensive courses. #OnlineLearning Documentation: Official language documentation and guides provide authoritative information. #OfficialDocs Coding Challenges: Websites like LeetCode, HackerRank, and Codewars help practice coding skills. #CodingChallenges Books: Reference books and guides specific to the language can offer in-depth knowledge. #ProgrammingBooks Community Forums: Participate in forums like Stack Overflow and Reddit for advice and problem-solving. #TechCommunities These resources can provide a solid foundation and practical experience with new programming languages.

From my perspective, online tutorials are great for building a foundation, especially when starting out or refreshing concepts. However, they can give a false sense of mastery since they follow predefined paths, while real problem-solving requires creativity and critical thinking. I often use tutorials to understand the mindset behind a concept, which makes learning easier. But I recommend not relying too much on them—always prioritize learning from official documentation for deeper, more accurate knowledge.

To master new programming languages in Information Systems, online tutorials are an excellent resource. They offer structured lessons, interactive exercises and practical examples to help you learn and gain deeper understanding of Programming Fundamentals at your own pace. Popular platforms like GeeksForGeeks, Coursera, Udemy, Linkedin Courses and free resources like YouTube tutorials can guide you from basics to advanced concepts. You can also explore language-specific resources like official documentation and community resources for deeper insights. Hands-on practice, coding challenges, and real-world projects are key to gaining proficiency.

I feel academic courses are for people who need outer force to be accountable to someone when they are learning. Also you get to work with people who have already gone through the learning and maybe even using their knowledge in the industry hence getting a better insight

Enrolling in academic courses at universities or community colleges can provide a structured learning environment. These courses often delve deep into both theoretical and practical aspects of programming, offering comprehensive curricula that include project work to simulate real-world scenarios. The added benefit of interacting with experienced instructors and collaborating with peers can further enrich your learning experience.

More than just writing code: A comprehensive learning environment awaits you in academic courses. In addition to theoretical knowledge, you will receive direct support from lecturers and can benefit from the expertise of your fellow students. This not only promotes your technical understanding, but also your soft skills.

Academic courses are like maps guiding you through a vast, unexplored land. They offer a structured path, helping you navigate complex subjects with expert guidance. Each lesson is a landmark, pointing the way to deeper understanding, while assignments and exams are like challenges that test your ability to apply what you’ve learned. Over time, this structured journey helps transform abstract ideas into solid knowledge, like slowly piecing together a puzzle until the bigger picture becomes clear.

The academic environment greatly aids learning. One key aspect is the opportunity to interact with experienced professionals who can assist in understanding topics and addressing any doubts that arise, helping to consolidate knowledge. Additionally, collaboration with peers and group work plays a crucial role in developing teamwork skills.

"Absolutely agree! Enrolling in academic courses provides a solid foundation in programming languages, blending both theory and practical applications. The structured environment is invaluable for staying on track, and having access to experienced instructors can help address specific challenges. Collaborating with peers also brings fresh perspectives, simulating real-world problem-solving experiences. Whether you're just starting out or looking to deepen your skills, academic courses offer a great way to stay focused and disciplined in your learning journey."

Enrolling in academic courses at universities or community colleges offers a structured path to mastering programming languages. These courses combine theory with practical applications, often featuring projects that reflect real-world scenarios. You benefit from direct access to experienced instructors for personalized guidance, and collaborating with peers fosters a community that enhances learning through discussion and shared insights, preparing you for teamwork in professional environments.

They say, 'I have no special talent. I am only passionately curious.' This perfectly sums up my view on academic learning: it's not just about the subject matter but also about developing the confidence and mindset to tackle any situation! Academic learning is crucial not just for mastering the subject matter but also for developing the confidence and mindset needed to handle various situations. It allows for valuable interaction with diverse individuals, enriching the learning experience. While courses provide comprehensive knowledge, they often lack sufficient hands-on experience, which is essential for applying that knowledge in real-world scenarios.

In addition to offering support in your learning, it allows you to gain other perspectives from your classmates. This way, you can simulate larger projects by integrating into work teams. The experience of working in a team is highly valuable as it gives you the opportunity to contribute to tasks or delegate them, and it can be an opportunity to get to know yourself better.

Enrolling in academic courses is also an excellent path for mastering cybersecurity. These programs offer a structured environment that covers both foundational theories and practical applications, often through hands-on labs and case studies. Courses typically address topics like risk management, ethical hacking, cryptography, and cybersecurity frameworks. The academic setting provides access to knowledgeable instructors and a peer network, fostering collaboration and deeper understanding. Additionally, projects that simulate real-world cyber threats help bridge the gap between theory and practice, preparing students for industry challenges.

E books are great if you want to get an in-depth knowledge of any programming language or a product. If we look at any online training or e training it is usually from a user perspective of what they could grasp when going through that topic. But when we go through e books we get to develop our own perspective.

Books and eBooks are essential for mastering programming languages. They provide structured, in-depth coverage of complex topics, unlike many online tutorials. Books offer detailed explanations, case studies, and best practices, helping you understand core concepts and apply them effectively. Many include exercises to test your knowledge and reinforce learning. eBooks add convenience, allowing you to learn at your own pace and revisit content whenever needed. As comprehensive references, they help both beginners and seasoned developers deepen their expertise, serving as reliable guides throughout their programming journey.

Books and eBooks offer in-depth coverage of programming languages and concepts. Classics like "Clean Code" by Robert C. Martin or "Python Crash Course" by Eric Matthes can provide a solid foundation, while more specialized texts can help you dive into advanced topics. Books are excellent for deep, self-paced study and often include exercises to test your understanding, making them great references for best coding practices.

Livros e eBooks são recursos valiosos para aprender linguagens de programação. Eles oferecem uma cobertura detalhada de conceitos de programação, estudos de caso e exemplos que podem ajudá-lo a entender as nuances de uma linguagem, 'A linguagem de programação Java' Por ARNOLD, Ken; GOSLING, James; HOLMES, David....'Java. fundamentos, práticas & certificações' por BONAN, Adilson Rodrigues

Books and eBooks are excellent resources for learning programming languages, offering in-depth exploration of concepts at your own pace. They often include detailed explanations, examples, and exercises that reinforce understanding. Popular titles cater to various skill levels, from beginner-friendly guides to advanced references. The advantage of printed materials is their ability to provide a comprehensive overview without the distractions of online content. eBooks, on the other hand, offer portability and easy access to a vast library of resources. Both formats encourage focused study and serve as valuable references as you progress in your programming journey.

Books provide in-depth understanding of the concepts compared to video tutorials or blogs, especially if one is learning programming for the first time. Once you master one language, however, books may be very much optional because it takes a considerable amount of time to read a book compared to watching a tutorial video or reading a blog. Mastering one programming language makes it very easy to learn others so the need for in depth understanding offered by books may longer be as necessary. This is especially true if learning is combined with work, which can get daunting pretty fast.

"Totally agree! Books and eBooks really are great resources for learning programming languages. They provide detailed explanations of programming concepts, case studies, and examples which helps to understand the language better. While online resources are helpful for interactive learning, books allows you to explore topics more thoroughly and at your own speed. They also make for a great reference to learn coding best practices, and often includes exercises to test your knowledge of the subject."

Los recursos más valiosos a la hora de aprender sobre cualquier tema de programación en general siguen siendo los libros. En este medio encuentras una base sólida de conocimientos donde se puede profundizar sobre el tema de tu interés, por ejemplo: puedes buscar un libro de algoritmos o un libro de programación orientada objetos, esto te permite tener una mayor base de conocimiento sobre la programación en general que no encuentras en un bootcamp o curso en x plataforma en el que el objetivo sea simplemente desarrollar un proyecto guiado. Al final para programar de una manera eficiente debes conocer las bases teóricas de la programación y sin duda alguna esto lo encuentras en los libros… después de esto moverte entre lenguajes es "fácil".

Puedes mezclar sin problemas el aprendizaje analógico con el digital. Cada mundo tiene sus propias ventajas y desventajas y puedes jugar con ello. Puede ser que tengas fatiga de estar en la computadora y desees ir a una biblioteca o a algún café y llevar un libro de ingeniería de software. O quizá quieras desconectar del trabajo en la oficina o casa y pudieras leer algún libro de experiencia de usuario en la playa.

For me, books are a second option. First I study with videos and when I have an acceptable level I don't improve with books, but not the other way around.

Tenho participado de bootcamps de codificação,e posso dizer que o nivel de ensino é muito diferente do que ja experenciei, ter aulas mais focadas ajudam a adiquirir pratica, e proeficiencia na linguagem de programação, alem disso os projetos desenvolvidos costumam abordar cenarios reais do mercado de trabalho, dando enfase em boas praticas e melhores tecnologias.

Coding bootcamps are one of the best way to build deep understanding of programming concepts and it help you to quickly master new programming languages and technologies. These programs typically focus on practical, hands-on skills through intensive projects, real-world scenarios, and collaborative learning. Coding Bootcamps improves your real world problem solving abilities. Many bootcamps also cover industry-relevant topics, such as software development methodologies, version control, and algorithms, to help you become a well-rounded developer in a short period of time.

Coding bootcamps are intensive, fast-paced programs that focus on teaching programming languages and practical IT skills. They are ideal if you’re looking to quickly gain industry-relevant skills. Bootcamps usually culminate in a capstone project, which can be a valuable addition to your professional portfolio. Whether you’re transitioning into a tech career or aiming to level up your current skills, bootcamps can provide a quick path to proficiency.

Coding bootcamps offer an intensive, fast-paced learning experience designed to quickly build practical programming skills. Typically lasting a few weeks to several months, these programs emphasize hands-on projects and real-world applications, allowing you to create a portfolio rapidly. Bootcamps cover various languages and frameworks, often featuring mentorship from industry professionals. The collaborative environment fosters networking with peers and instructors. While challenging, the skills acquired can significantly enhance your employability in the tech industry, making bootcamps a popular choice for career changers and aspiring developers.

Developer communities are vibrant online platforms where programmers can connect, collaborate, and learn from each other. These communities not only offer a space to ask questions and share knowledge but also help members stay current with the latest programming trends and best practices. Engaging with such communities is a great way to find moral support and motivation, especially for those just starting out. Many experienced developers actively mentor newcomers, providing valuable guidance and advice. By participating, you can build relationships that enhance your learning journey and accelerate your development as a programmer.

Developer communities are great because a lot of people are learning together and hence making mistakes together and rectifying them aa well

In my experience, developer communities contribute more along with other available options in terms of industry ready learnings. The communities not only provide a safe place to everyone to ask questions but also embraces a culture where one can be resourceful and yet have so many unknowns.

As comunidades de desenvolvedores são plataformas online onde você pode se conectar com outros programadores, fazer perguntas e compartilhar conhecimento

Developer communities like Stack Overflow, GitHub, and Reddit’s r/learnprogramming are invaluable for connecting with other programmers, sharing knowledge, and finding support. These communities are great for staying updated on the latest trends, discovering best practices, and receiving guidance from experienced developers. Engaging with such communities can also lead to mentorship opportunities that can greatly enhance your learning journey.

Developer communities are more than just code snippets and technical discussions. They are lively networks where you can exchange ideas with like-minded people, learn from each other and make friends. Whether you are just starting out with programming or are already an experienced developer - in a community you will always find someone who shares your passion. By regularly exchanging ideas with other programmers, you not only expand your technical knowledge, but also your personal and professional prospects.

"Developer communities is such a valuable resource for connecting with other programmers, asking questions, and sharing knowledge. It’s a great way to keep up to date on the latest programming trends and best practices. When you engage with the community, you can get moral support and motivation as you learns. Many experienced developers is happy to help newcomers, and sometimes you even find a mentor who guide you along your learning journey."

It is incredibly helpful when experienced developers share their industry insights or provide feedback on your code, as you might be unfamiliar with certain libraries or design patterns. Since every experience is unique, it can help smooth your path. Many developers often share their experiences, both in technical aspects and in working with colleagues, as well as how they have been treated within companies

One of the best ways to learn something new is by trying to apply it somehow. When you’re starting off you need to have a bit of a challenge, and the project has to be interesting to you. It can be super simple or a bit more complex, and that way, through tutorials and research most people end up being able to do their first project. Step by step you can end up learning a whole lot. I taught myself in this way, before I got a formal education in the topic, and I would recommend it to anyone. It might not be the quickest way but it definitely makes you appreciate the small wins along the way.

Practice and Projects should be the thing you do daily. Your goal: mastery. All those "see, it's easy" demos are toys that reinforce the lie: "I can learn a language in a week" A real project is bound by the constraints of the past. You need the little skills to see you through. How to find something in a list, account for null, use the common libraries, how do I do it without the library. As fast as you can, learn how to do all the patterns and practices in your new language. But you must also learn to know when you "should" use a pattern. e.g. If I say, "OOP in Python can be used sparingly" and you immediately reach for "well, Python has objects", you have missed the point. Your job is to know how, and also to know when.

Developing practical projects is an excellent way to learn programming skills, especially when diving into Information Systems. You can create a variety of applications, such as a CRM system to manage customer interactions and sales, or an inventory management system that tracks stock levels and order history. Building personal finance trackers with expense categorization or global search systems with full-text search are great ways to demonstrate complex functionality. Projects like library or human resource management systems provide hands-on experience in handling data, creating user-friendly interfaces, and optimizing system performance, all of which are essential for mastering new programming languages.

Practice and project implementation help us develop wisdom by applying programming knowledge to solve real-world problems. Regular practice through coding exercises, challenges on platforms like LeetCode, HackerRank, and Codeforces helps build problem-solving skills and reinforces key concepts. Working on projects, whether personal or collaborative, allows you to apply your knowledge to real-world problems, giving you practical experience and a deeper understanding of language features. Projects can range from building simple applications to more complex systems, showcasing your skills in areas like software development, databases, and system design, while also enhancing your portfolio.

With due respect to all the people learning via other means, I can advocate for putting the skills acquired to some use and build, as any skills not getting used will weather with time and force you to start from scratch the next time you wish to employ it. Building a project will enforce the learning and make it long-lasting. From my personal experience I can say that no matter how good the quality of resources and mentors we learn the skills from, if we are not practising and making projects I can assure you it will fade away. Morover if we are not making real projects we will not be able to understand the actual shortcomings and problems that come along the way.

If i summarize this answer then... If i have 2 months to prepare then I will pick the official manual of language with some practice. If I have one month then I will use some popular books of that language with some practice. If i have 15 days I will pick some video course where I can do parellel hands on of that language. If i have 1 week than i Wii pick some cheat sheet and just went through it and will go deep where I feel need With practice. If i have no time 😄 than I would like to first start project and learn language concepts parallelly on need basis.

After learning to jump into 3 projects on that language basic ,mid and hard to explore different concepts and explore different projects of performing projects different database and technology

When starting to learn anything we should always follow that up with practice. This helps in 2 ways. You can learn from your mistakes and hence get an even better understanding of the product or language and secondly you will be left with something to show for at the end of the day which will help a lot when trying to add those skill sets to your resume

One of the most effective methods for learning a new programming language is to first acquire foundational knowledge through tutorials or structured courses. Once this base is established, initiating a moderately challenging project is essential. This approach not only reinforces core concepts but also facilitates a deeper understanding of advanced topics. By engaging with real-world challenges in a project, learners are better equipped to apply theoretical knowledge, develop problem-solving skills, and navigate the complexities encountered in practical programming tasks.

The importance of practice cannot be overstated. Applying what you learn through personal projects helps solidify your knowledge. Start with small coding challenges or contribute to open-source projects on GitHub. As your skills grow, take on more complex tasks. Not only does this approach deepen your understanding, but it also helps build a portfolio that showcases your abilities to potential employers in the Information Systems field.