How can you learn a programming language without any prior experience?

For experienced developers looking to learn a new language, my advice is to understand the language's context and syntax. Gain a solid foundation in concepts like OOP, SOLID, and Design Patterns. Play around with these structures and then create small, medium, and advanced projects to test your knowledge. For beginners, start with a small project, perhaps a calculator or something basic. Afterward, delve into understanding all the components used to build the calculator. Progress by gradually tackling more complex projects.

First of all choose a language based on your field of interest. Like for example, if you want to learn AI ML, you can choose Python. Then make yourself comfortable with the basic syntax of the language by writing simple programs in that language, you can follow up some course for structured learning(there are bunch of free courses in youtube that are very well structured). Once comfortable with the syntax start building projects. Don't get trapped in the tutorial hell, learn by building projects. After making a couple of good projects you'll be quite familiar with the language and would be in a better position to put that into your resume.

Start by researching popular programming languages like Python, JavaScript, or Java. Consider factors such as ease of learning, community support, and applicability to your goals. For beginners, Python is often recommended due to its readability and versatility across various domains like web development, data science, and automation.

Before diving into coding, it's crucial to grasp fundamental concepts. Learn what a programming language is, why it is essential, and the distinctions between high-level and low-level languages. Familiarize yourself with terms like hardware, software, compiler, and interpreter.Then selecting the right language is key. For beginners, I recommend starting with C. It provides a solid foundation, and its syntax is akin to other popular languages like Java and C++, making it easier to transition later. Consider your career aspirations. If you have a specific field in mind, choose a language commonly used in that domain. For example, if you're interested in web development, starting with languages like JavaScript might be more relevant than C.

Es el primer paso para entrar a este maravilloso mundo, te debe dar curiosidad el ver con que lenguaje poder empezar pero obviamente lo primero y primordial en este mundo va a ser que desarrolles tu lógica de programación, y para eso hay muchos ejercicios, cursos, etc. en internet que te pueden ayudar. Con eso solo te faltaría aprender la sintaxis del lenguaje que mas te llame la atención y así iniciarías de manera adecuada en este mundo del desarrollo.

Utilize online resources like Codecademy, Coursera, or free tutorials on YouTube and blogs. Look for beginner-friendly courses that offer structured learning paths and hands-on exercises. Websites like Codecademy offer interactive coding environments where you can practice coding concepts in real-time.

After learning the basic syntax and coding practices for a language, the best way to improve is just to think of a project idea and do it. Questions will start coming up along the way on how to do things, and as you answer these questions through research or asking peers, you'll start developing a pretty good sense of what makes a good programmer!

YouTube is an ideal resource for learning coding, particularly for beginners, due to its: 1. Visual learning through video tutorials. 2. Free accessibility. 3. Wide range of content covering various programming topics. 4. Diverse creators offering different teaching styles. 5. Community engagement through comments and forums. 6. Self-paced learning. 7. Practical examples and projects. 8. Up-to-date content on coding trends and technologies.

I start by exploring the language's basics through online courses or tutorials. I make sure to choose resources that match my learning style and pace. Once I understand the fundamentals, I practice by working on small projects, like creating a simple website or building a calculator program. I also seek guidance from online communities or forums for assistance and feedback. Platforms like W3Schools, Udemy, Coursera, YouTube and many more offer comprehensive Programming courses.

Identifying high-quality educational resources is key to building a solid foundation in programming. The internet offers a plethora of learning platforms like Coursera, Udemy, and freeCodeCamp, each providing courses tailored to different skill levels and learning styles. These platforms often feature interactive lessons, project-based learning, and community forums, enabling learners to grasp theoretical concepts and apply them in practical scenarios effectively.

Consistency is key to mastering any skill. Dedicate regular time each day or week to practice coding. Work on small projects or coding challenges to apply what you've learned. Platforms like LeetCode or HackerRank provide coding challenges that gradually increase in difficulty, helping you improve your problem-solving skills.

Actively engage in hands-on practice by coding on your local system. This involves downloading a compiler or an Integrated Development Environment (IDE) suitable for your chosen language. Setting up your coding environment early on not only reinforces theoretical knowledge but also provides a practical understanding of how code is executed. By combining theoretical learning with practical application, you'll build a robust understanding of programming fundamentals. Regular practice is the key. You can also start solving basic problems on online platforms like HackerRank, GFG, or LeetCode.

Practicing on coding platforms is crucial because it: Provides hands-on experience. Develops coding skills and problem-solving abilities. Exposes you to a variety of coding problems. Offers feedback for improvement. Prepares you for technical interviews. Helps build a portfolio. Offers community support and collaboration. Provides flexibility and convenience in learning.

For mobile development practice, I prioritize consistent application of learning. I utilize tools like Android Studio and Xcode for coding and testing. Online platforms like Udemy or Pluralsight provide advanced courses on mobile app development. By building small apps like a weather forecast or a quiz game, I reinforce my skills. Regularly tackling coding challenges on platforms like LeetCode and Hackerrank hones problem-solving abilities crucial for development.

Consistent practice is paramount in mastering a programming language. Developing a routine to code daily, even for short periods, can lead to significant progress over time. Beginners should start with basic exercises and gradually tackle more complex challenges. Platforms like LeetCode, HackerRank, and Codecademy offer a wide range of problems that cater to various difficulty levels, allowing learners to practice coding in a structured and goal-oriented manner.

This is huge. In a coding interview and in the workplace, writing readable, maintainable code is generally more important than hyper-optimization. Seek out feedback on how to write your chosen language in a way that is standard and expected. Reading over code in GitHub projects is also a great way to learn the conventional style for a given language

Join online forums or communities like Stack Overflow, Reddit's r/learnprogramming, or Discord channels dedicated to programming languages. Engage with others, ask questions, and seek feedback on your code. Don't be afraid to share your work and learn from constructive criticism.

ChatGPT can learn coding by: 1. **Interactive Learning**: Engaging with users in coding-related conversations to understand common coding patterns, practices, and problems. 2. **Accessing Learning Resources**: Analyzing coding tutorials, documentation, and examples available online to gather knowledge about programming languages, frameworks, and best practices. 3. **Experimentation**: Generating and exploring code snippets, algorithms, and solutions to coding challenges to gain practical experience and refine its understanding of coding concepts. 4. **Feedback Loop**: Incorporating feedback from users and developers to improve its coding skills and adapt to evolving trends and techniques in the programming domain.

Engaging with the programming community for feedback and assistance is invaluable for learning and growth. Online forums such as Stack Overflow and Reddit's programming threads offer environments where learners can pose questions, share projects, and receive feedback from experienced developers. This interaction not only clarifies doubts but also exposes learners to best practices and new perspectives in coding.

I emphasize exploring various aspects of my programming language. For instance, I delve into different libraries and frameworks to enhance app functionality. Experimenting with diverse projects challenges my skills and fuels my creativity. Through this exploration, I deepen my understanding, learn new techniques, and grow as a developer, constantly striving to improve my craft.

Don't limit yourself to following tutorials blindly. Experiment with different programming concepts, try out new libraries or frameworks, and build projects that interest you. Building real-world projects not only reinforces your learning but also helps you develop problem-solving skills and creativity.

By reading and watching blogs and tutorials will help you learn a language. But when you experiment you start to understand it. When you experiment you face problems, bugs for which you have to explore various kinds of blogs and forums to find your solution sometimes. Which will help you to broaden your way of thinking and broaden your approaches to the problem. Answer the questions in forum often, so that it helps you to stay relevant to that subject and also to explore several different answers.

After learning basics of any language important, we should always start making some simple projects in which you can succeed first before taking up challenging projects. And then learn a bit on data structures and how to write it in algorithmic way. Then take up some good project where you can apply your learnings.

Experimentation in coding is important for beginners because it: 1. Provides hands-on learning. 2. Enhances understanding of coding concepts. 3. Develops problem-solving skills. 4. Fosters creativity and innovation. 5. Encourages learning from mistakes. 6. Builds confidence and motivation. 7. Explores various tools and technologies. 8. Prepares for real-world projects.

Documentation is important because it: Facilitates clear communication. Enables knowledge transfer. Aids troubleshooting. Supports onboarding new users. Enhances maintainability. Ensures compliance and regulation adherence. Guides quality assurance processes. Provides a valuable reference for future use.

Stay patient and persistent; learning to code takes time and effort. Break down complex problems into smaller, manageable tasks. Celebrate your progress and milestones along the way. Additionally, consider joining local coding meetups or workshops to network with other aspiring programmers and professionals in the field. Lastly, stay updated with industry trends and advancements by following blogs, podcasts, and attending tech conferences.

You can't learn everything, that a language offers, all at once. Just like any human language, depending on the scenarios, you will progress your skill in that language. Have patience and practice. Learn a programming language thinking that it might be helpful in your personal life too, not only in your professional life. A programming language is just communication medium to speak with computers. So instead of setting unachievable goals aim to break down your bigger goals to smaller ones and chase them down on by one. Learn problem solving skills and the architecture of the language.

I have mentored thousands of programmers over the past 25+ years and one thing I have advised they all do (once they pick a language or technology) is... 1. Find a great book (these usually cover a topic thoroughly in a nicely structured style) 2. Find a good forum to join and ask questions on. When you run into questions or problems from the book, you can talk to experts for help and guidance. 3. Find a few articles, tutorials and videos online about the subject you learned from the book. These tend to give you alternative perspectives of the material that leads to "Eureka!" moments. They can also be a bit more recent than perhaps your book is. With these three items, you are well on your way to covering the material in different ways

Beyond these foundational strategies, it's important to stay informed about the latest trends in technology and programming. Following industry news, participating in coding meetups, and contributing to open-source projects can provide insights into practical applications of programming skills and open up networking opportunities. Tailoring the learning approach to align with personal interests, industry demands, and future technological trends can make the journey into programming more engaging and fruitful.