Mastering Dynamic Memory Allocation in C

Sharing My Handwritten Notes on C Programming Hello Everyone, I’m glad to share my handwritten notes on C Programming, created to help students build a strong foundation in programming concepts. The next part of the notes will be shared soon. If you find this helpful, feel free to share it with your network and help more students learn. #CProgramming #Learning #ProgrammingBasics #Education #StudentSupport #Coding #Engineering #Teaching

Learning C programming has been a really interesting experience for me. Even though many modern languages exist today, C still stands as one of the most important foundations of programming. C helped me understand how programs actually work behind the scenes — concepts like memory management, pointers, loops, and structured programming. It pushes you to think logically and write efficient code, which I believe is a great skill for any aspiring developer. What I appreciate most about C is how it strengthens problem-solving skills. When you work with C, you don’t just write code—you learn how the computer processes instructions step by step. Still exploring and learning, but every small program I write helps me understand programming a little better. Looking forward to building stronger fundamentals and applying them in more advanced technologies ahead. #Programming #CProgramming #BScIT #LearningJourney #Coding

If anyone is interested in developing their skills in C (Programming Language), a quick thought based on my experience that might be helpful. 💬 Here are some tips for developing this skill: If you're starting with C programming, here are a few tips from my learning journey: • I began learning C during my college coursework and practiced regularly on small problems. • Focus on basics like loops, pointers, and arrays—they are the foundation. • Practice daily on platforms like coding websites to improve logic. • Debugging is very important—try to understand errors instead of skipping them. Consistency is the key. Keep coding and keep improving

🚀 Day 2 of my C Programming Journey Today I continued my learning and explored deeper concepts in C programming. Here’s what I learned: • Understanding what happens when values exceed the valid range of data types (overflow concept) • Character data type (char) and how characters are stored internally • Floating point data types: float, double, and long double • Precision and memory differences between floating point types • Solved important conceptual questions to strengthen understanding • Scope of variables – difference between local and global variables These concepts helped me understand not just how to write code, but how data behaves internally and how variable accessibility works in programs. 📚 Currently learning C Programming from the Neso Academy YouTube playlist #CProgramming #LearningJourney #Day2 #Coding #EngineeringStudent

Starting my C++ learning journey in public! I'm a computer engineering student currently taking "Introduction to Programming using C++ - level 2." This week, I learned professional debugging: • setting breakpoints and stepping through code • watching variables change in real-time • understanding stack frames when functions call The breakthrough: I used to write code and hope it would work. Now I can SEE exactly why it works (or doesn't). Example: Tracked a variable that grew from 11 to 7920 in just 5 loop iterations. Without the debugger, I would never have understood the exponential growth pattern. code and debugging notes on GitHub:[https://lnkd.in/dZF4aVeN] #Cpp #programming #debugging #learninginpublic #computerengineering

One thing I’ve learned from programming and teaching others: There is no “perfect” programming language. Every language has its strengths. Every system has its own requirements. What matters most is not the language you start with, but how well you understand: • Logic • Problem solving • How systems work Master the fundamentals, and you can adapt to any language or technology. Don’t chase tools. Build understanding.

Engineering students often struggle to revise an entire programming syllabus just before exams. To help students quickly grasp the core concepts of C programming, I created a Visual Mind-Map Poster for the course Programming in C (GXEST204) under APJ Abdul Kalam Technological University. The goal was simple: Compress the entire syllabus into a single infographic that students can revise in just a few minutes. The poster covers: • C Fundamentals • Control Statements • Arrays and Strings • Functions and Recursion • Structures and Storage Classes • Pointers It also highlights 10 important programs students should master for exams, making it a quick last-minute revision tool. I hope this small effort helps engineering students revise faster and approach their exams with more confidence. Feel free to share it with students who might find it useful. #Programming #CProgramming #EngineeringEducation #KTU #LearningDesign

🚀 Learning the fundamentals of C Programming — the language that built the foundation of modern software development. 💻 Key concepts covered: • Introduction to C Programming • Functions & Function Prototypes • Return Types and Parameters • Recursive Functions • Function Overloading Concepts • Pointers and Memory Basics Strengthening core programming logic one concept at a time. 🚀 All credit goes to the original creater of the material. Feel free to Repost and Follow Himansh S. for more Helpful resources. DM me for more resources. #CProgramming #ProgrammingFundamentals #CodingJourney #ComputerScience #TechSkills #Learning #Developers

Want to improve your coding skills? Here is a Beginner Coding Practice Sheet with 65 problems covering: • Basics • Loops • Arrays • Strings • Functions & Recursion • Pattern problems Perfect for students and beginners learning programming. Swipe through the document or download it to start practicing. #CodingPractice #Programming #TechSkills #Developers #LearnCoding

🚀 Day 15 of Learning C Programming Today I worked on a classic problem: checking whether a number is a Prime Number. 📌 What the program does: The program takes a number as input from the user and determines whether it is prime or not by checking divisibility efficiently. 📚 Concepts I practiced: • User input using scanf() • Loops (for loop) • Conditional statements (if / else) • Optimized logic using √n approach 💡 Key Learning: Instead of checking all numbers up to n, I learned to reduce time complexity by checking only up to the square root of the number, making the program more efficient. Building these small programs is helping me improve my logical thinking and strengthen my programming fundamentals step by step. I’m continuing to stay consistent and solve problems daily to become a better developer. 🔗 Code available in the comments. #CProgramming #ProgrammingFundamentals #CodingJourney #ProblemSolving #LearningInPublic