Learning from Code & Debugging Event at Computer Science & Design Department

Programming and Coding – Curiosity Level Programming Fundamentals – Curiosity Level expands students’ understanding of programming by introducing more advanced concepts used in real software development. This course helps students move beyond basics and start building structured, real-world programs. What you’ll learn: * Functions in larger programs * Working with dictionaries and data organization * File handling for storing and retrieving data * Error handling and debugging techniques * Introduction to object-oriented programming (classes, attributes, methods) * Basic sorting and searching algorithms * Using external libraries and APIs Gain deeper problem-solving skills and learn how real software systems are designed. Build a practical project by creating an automated data parser that transforms raw data into useful information. Take your coding skills to the next level Visit: technotots.in Course link: https://lnkd.in/g5pvXdB6 #Programming #Coding #LearnToCode #STEMEducation #ComputerScience #FutureSkills #OOP #TechLearning #CodingJourney

🚀 DSA Practice Continues — Learning Something New Every Day! 📅 Today’s Problem: Union of Two Sorted Arrays This problem focused on efficiently merging two sorted arrays while maintaining unique elements in sorted order. 🔹 Approach Used: Two Pointers Technique Traversed both arrays simultaneously and added elements in sorted order while avoiding duplicates. ⏱ Time Complexity: O(n + m) 💾 Space Complexity: O(n + m) 💡 Key Learning: When working with sorted arrays, using the two-pointer technique helps avoid unnecessary operations, such as sorting again, making the solution more efficient. Also learned how to handle duplicates smartly during merging — a small detail that makes a big difference. 🔥 Another step forward in strengthening problem-solving and DSA fundamentals! takeUforward Striver #DSA #DataStructures #Algorithms #Coding #Programming #Java #ProblemSolving #SoftwareEngineering #Consistency

One thing I learned during my coding journey: Knowing a programming language is not enough. Companies test your problem-solving ability, and that comes from Data Structures & Algorithms. Recently I started learning DSA in a structured way and the difference is huge. Instead of memorizing code, now I actually understand why the solution works. If any student wants to start their DSA journey, feel free to reach out. #DSA #CodingSkills #SoftwareEngineering #Programming #CareerGrowth

Day 17 - 21 Days of Problem Solving. Today, I explored the importance of Recursion in programming languages. In short, recursion is a technique where a function calls itself. 🤔 There are two major components that play a role here: 👉 Base Case: This tells the recursive function when to stop. If it isn't written, the call stack will fill up. 👉 Recursive Step: This is where you write the logic. I know recursion is used in many real-world projects, such as: 👉 Nested Comments 👉 Folder Structures ...and many more. I will now provide regular updates on what I am learning. #Programming #CodingChallenge #Recursion #DSA #ProblemSolving #TechLearning #WebDevelopment #SoftwareEngineering #CodeNewbie #21DaysOfCode

The Department of Computer Science and Engineering, in association with the Coding Club, organized “Problem Solving using Python Bootcamp: Series-2” on 8th April 2026 for 4th semester students. The session covered key concepts such as control flow statements and data structures in Python, including Lists and Tuples, with practical examples to enhance problem-solving skills. The resource persons for the session were Dr. Pavithra D S, Dr. Rakshith M D, and Ms. Annapurna M. The event was coordinated by Dr. Rakshith M D. With around 127 students participating, the session witnessed active engagement and strengthened students’ foundational programming skills. #cecconnect #canaraengineeringcollege #cse #pythonbootcamp #codingclub #problemsolving #programmingskills #techlearning #studentdevelopment #futureengineers #engineeringlife

Code in Place Can Change Lives: Solving Hard Problems Builds a Growth Mindset and Opens a Brand New World of Opportunities. Depending on where you are born and your family environment, irrespective of how talented you are, you may not reach your full potential, as the opportunities to study and the cost may have been out of reach. I am really passionate about teaching at Code in Place, as I feel we can change people's lives. People who had fewer opportunities are given the chance to learn programming, logic, and solving complex problems using the incredible Stanford teaching material. We all suffer trauma, but the new neural pathways created through these difficult problem-solving tasks are a way of erasing these traumas. Learning to solve hard problems develops a growth mindset and is often the first step in a new career: it allows people to shine, show their talent, and move to more rewarding jobs, irrespective of their original background. This is why I believe teaching Code in Place is such an amazing opportunity to change people's lives around us, to give back and make the world a better place. https://lnkd.in/eXKtzTsc Code in Place

Programming is not just about writing code — it is about developing the mindset to solve real-world problems. 💻 When I first began learning programming, I believed it was mainly about understanding syntax, commands, and memorizing concepts. However, as I progressed, I realized that programming offers much more than technical knowledge. It helps develop: 1. Patience when solutions do not work immediately 2. Logical thinking when approaching complex problems 3. Creativity when transforming ideas into projects 4. Consistency through continuous learning and practice Every error, every bug, and every small project contributes to the learning process. In many ways, these challenges are what make the journey truly valuable. For me, programming is not just an academic subject in computer science — it is a practical and powerful skill that enables us to turn ideas into meaningful solutions. I am still learning, still improving, and still building — and that is what makes this journey so rewarding. 🚀 Gulzar Group of Institutes #Programming #Coding #Python #LearningJourney #ProblemSolving #Technology #StudentDeveloper #ComputerScience #SoftwareDevelopment #GrowthMindset

The Evolution of Innovation: The Periodic Table of Programming Languages 💻 As a student moving deeper into the world of Computer Engineering, I find it fascinating to look back at how our digital languages have evolved. Just like elements in chemistry, every programming language has its own unique properties and purpose. From the mechanical roots of Analytical Engine Order Code to modern powerhouses like Python, C#, and Go, this table perfectly maps the history of software development. It’s a great reminder that while syntax changes, the core logic remains the foundation of everything we build. Which "element" from this table do you use the most in your daily workflow? 👇 #ComputerEngineering #SoftwareDevelopment #ProgrammingLanguages #TechEvolution #Coding #TechCommunity #EngineeringStudent

Programming Fundamentals – Foundation Level Programming Fundamentals – Foundation Level introduces students to the core concepts of computer programming and logical problem solving. This beginner-friendly course helps you understand how programs work and how to think like a programmer. What you’ll learn: * Variables, data types and operators * Input and output operations * Conditional statements and loops * Functions, lists and arrays * String manipulation and debugging basics Develop strong computational thinking and problem-solving skills through practical exercises and simple coding activities. Create your own interactive logic quiz as a final mini project and apply everything you’ve learned. Start your coding journey today Visit: technotots.in Course link: https://lnkd.in/gFZ8Cc4T #Programming #CodingBasics #LearnToCode #STEMEducation #ComputerScience #FutureSkills #TechLearning #CodingForBeginners

📅 Date: 08/04/2026 📌 Day 12 Today’s session focused on deeper Object-Oriented Programming (OOP) concepts. 🔹 Topics Covered: • Destructor • Member Functions • Access Specifiers (public, private, protected) • Encapsulation and Data Hiding This session gave me a clearer understanding of how to secure and organize data within a program. Concepts like encapsulation and access control showed how powerful and structured OOP can be in real-world applications. Step by step, building strong programming concepts 🚀 #learning #programming #codingjourney #cse #development #skills #students #growth #consistency #cybernaut #jayasuryagnanavel #sreenidhi