You're not a strong math student. How can you learn programming skills?

Look for languages like Python, JavaScript, or Ruby, known for being easier to learn and having a gentler learning curve for those with less math experience. These languages often prioritize readability and focus on core programming concepts without requiring complex calculations.

Some languages are built for simple learning, especially for those without a strong math background. Look into languages like Python, JavaScript, or Ruby. These languages are known for their readability and focus less on complex mathematical concepts. Also, many beginner-friendly books are available that break down programming concepts in a clear and understandable way.

I believe, and also from my experience so far, basic coding can be learned with easy Math knowledge. But for advanced concepts to understand the Time complexity, Data Structures, and Algorithm, Mathematics is needed. You can learn it on the go. Specifically for programming, choose an object-oriented language, learn the basics, practice regularly, understand the practical applications, and once mastered more to new/advanced concepts.

Learning programming without strong math skills is possible. Start with a beginner-friendly language like Python. Focus on understanding concepts rather than math. Use resources like videos, tutorials, and coding exercises. Practice regularly to improve. Break down problems into smaller parts to solve them easily. Join coding communities to get help and stay motivated. Celebrate your progress to stay encouraged. With dedication, you can learn programming without being a math expert.

Python is one of the most beginner-friendly programming languages and it has a wide range of built-in libraries, that you can directly use. It allows the user to distance from complex calculations and focus more on the big picture of their project. If you are planning on doing ML, DL, data science or even plotting some data - it has great libraries for complex mathematical operations like TensorFlow, numpy, scipy.

Programming is more about understanding logic and problem-solving than it is about advanced math. While some fundamental math skills like basic arithmetic and understanding variables might be helpful, the emphasis is on breaking down problems into smaller, solvable steps and conveying those steps through code

Programming is more about problem-solving and logical thinking than complex equations. You'll be breaking down problems into steps a computer can understand. This skill is about thinking creatively and methodically and can be polished with practice. You can start solving coding problems from different books to test the knowledge you have gained.

Join online communities or forums dedicated to programming. Interact with other learners and experienced programmers to ask questions, share your progress, and get valuable feedback. You can also find online courses and tutorials tailored for beginners and those with limited math backgrounds.

There is a vast online community of programmers willing to help! Look for online forums, communities, or question-and-answer sites where you can ask questions and get guidance from experienced programmers. StackOverflow is one the most prominent online platforms for seeking help from fellow programmers. Furthermore, numerous YouTubers create engaging video tutorials on different programming languages and concepts.

There are many websites and apps designed specifically for teaching programming in a fun and interactive way. These resources often use visual aids and gamification to make learning engaging. Some platforms take programming education and turn it into a game-like experience. Imagine learning by solving puzzles or completing challenges that involve writing code. CodeCombat is a brilliant example. This platform teaches you programming fundamentals through a fantasy game. Using online tools and resources, you can make learning to code an enjoyable and interactive experience, even if you don't have a strong math background.

Utilize interactive platforms, coding playgrounds, and gamified learning experiences to make the learning process engaging and fun. These tools often provide visual aids and practical exercises to solidify your understanding of programming concepts.

Consistent practice is crucial. Write code regularly, test your programs, and identify areas for improvement. Debugging your code, which involves finding and fixing errors, is a valuable learning experience that helps you understand the logic behind your code and how to write it more efficiently.

Would just like to make it very crystal clear. You cannot avoid math if you wish to become a good developer. You need not have get into advanced mathematics unless you look to master AI-ML but you have to be good at basic aptitude level maths. Rest you have to grow in maths as well as you grow in your career.

Start with small projects: Don't try to tackle complex projects right away. Begin with smaller, achievable tasks that build your confidence and gradually increase the difficulty as you gain experience. Focus on problem-solving: Programming is essentially about finding creative solutions to problems using code. Hone your problem-solving skills by practicing algorithmic thinking, which involves breaking down complex problems into smaller, logical steps. Be patient and persistent: Learning to code takes time and effort. Don't get discouraged by setbacks or challenges. Embrace the learning process, celebrate your progress, and persist in your efforts.