🎯 Built a Number Guessing Game using JavaScript! This is a project I worked on earlier while learning JavaScript fundamentals. The game allows users to guess a random number between 1 and 100 within 10 attempts, with hints like “Too High” or “Too Low” to guide them. ([MDN Web Docs][1]) 🔧 Features: * Random number generation * Input validation * Previous guesses tracking * Remaining attempts display * Restart game functionality 💡 What I learned: * DOM manipulation * Event handling * Writing game logic * Improving UI with HTML & CSS This project was an important step in my learning journey. Since then, I’ve been improving my skills and currently working on more advanced and real-world projects 🚀 🔗 GitHub: https://lnkd.in/dsCDnqbC Excited to share more projects soon! #JavaScript #WebDevelopment #Frontend #LearningJourney #Growth

Learning by doing 💻 Remember the classic Snake game? 🐍 I created a Snake Game from scratch using HTML, CSS & JavaScript. This project helped me strengthen my fundamentals and logic-building skills. This is just the beginning—more projects coming soon! 🚀 Check it out and let me know what you think 👇 [https://lnkd.in/dXdYbw-U] #WebDevelopment #JavaScript #CodingJourney #LearningByDoing #FrontendDevelopment

#Day7 Understanding Loops in JavaScript. I truly began to understand why they’re one of the most powerful concepts in programming. Loops are what turn static code into dynamic, intelligent systems. Whether you're processing user data, building animations, fetching API results, or running simulations, loops are doing the heavy lifting behind the scenes. Here are the types of loops listed in the diagram : => while Loop : It checks the condition before executing so if the condition is false from the start, the code never runs. => Do while loop : This is otherwise called the “optimistic” loop. It runs the code at least once before checking the condition. It is very useful for scenarios where you need user input or an initial action before validation. => For loop : This is my current favourite. Clean, readable, and perfect when you know the exact number of iterations or need control over the counter. Who else is currently learning or strengthening their JavaScript fundamentals? #M4ACELearningchallenge #LearningInPublic #JavaScript #WebDevelopment #CodingJourney

JavaScript Number Guessing Game I just built a Number Guessing Game in JavaScript! 🎯 💡 Features: Random number generation (1-100) User input validation Hints: “Too high” / “Too low” Counts attempts Exit anytime This project helped me practice loops, conditionals, variables, and working with user input in JavaScript. Try it yourself! Code runs in the browser console or Node.js with prompt-sync. 💻 Skills practiced: JavaScript fundamentals, logic, problem-solving #JavaScript #Coding #WebDevelopment #LearningByDoing

Built a little browser game over the weekend using just vanilla JavaScript. No frameworks, no libraries — one HTML file. Move your cursor to destroy enemies, survive boss waves, grab power-ups. Runs at 60fps with particle effects and procedural audio. Sometimes the best way to sharpen your skills is to build something fun. Try it: https://lnkd.in/gQGEcv-v #JavaScript #WebDev #CreativeCoding

🚀 Day 86 of My #100DaysOfCode Challenge Today I discovered a lesser-known feature in JavaScript — Symbols. Most developers work with object keys using strings, but JavaScript also provides another unique type called Symbol. A Symbol creates a unique and hidden property key that cannot accidentally conflict with other keys. Example const id = Symbol("id"); const user = { name: "Tejal", [id]: 12345 }; console.log(user.name); // Tejal console.log(user[id]); // 12345 Why Symbols are interesting • Every Symbol is unique • Helps create hidden object properties • Prevents accidental property overwriting • Often used internally in libraries and frameworks Even if two symbols have the same description, they are still different. const a = Symbol("key"); const b = Symbol("key"); console.log(a === b); // false Learning about features like Symbols helps me understand how JavaScript works behind the scenes and how large applications manage object data safely. Exploring deeper concepts every day. 💻✨ #Day86 #100DaysOfCode #JavaScript #WebDevelopment #LearningInPublic #CodingJourney

🚀 JavaScript Problem-Solving Practice 💻 Today, I worked on improving my logic building skills with some interesting problems 👇 🔹 Minimum Coins Problem Used slice() + reduce() to find the minimum number of elements forming a target sum. 🔹 Array Transformation Replaced even indices with minimum value and sorted odd indices using sort(). 🔹 First Non-Repeating Character Used an object (frequency count) to find the first unique character in a string. 💡 Key Learnings: ✔️ Better understanding of slice(), reduce(), sort() ✔️ Improved array & string manipulation ✔️ Strengthened problem-solving approach Consistency is the key 🔑✨ #JavaScript #ProblemSolving #CodingPractice #FrontendDevelopment

🚀 Just built a simple yet fun game using HTML, CSS & JavaScript! It’s a Bat–Ball–Stump game where the user selects an option and the computer makes a random choice 🎮 👉 Rules are simple: Bat 🆚 Ball → User wins Ball 🆚 Stump → User wins Stump 🆚 Bat → User wins This project helped me understand: ✔️ DOM manipulation ✔️ Event handling ✔️ Logic building Small project, but a big step in my learning journey 💻✨ Would love your feedback! #WebDevelopment #JavaScript #CodingJourney #Projects #FrontendDeveloper

Day 14 of my JavaScript journey 🚀 Built a Quiz Game using HTML, CSS, and JavaScript. Users can answer multiple-choice questions, get instant feedback, and track their score. This project helped me practice: • DOM manipulation • Event handling • Conditional logic • Dynamic score tracking 🔗 Live Demo: https://lnkd.in/gSjTeEFb 💻 GitHub Repo: https://lnkd.in/gAp_RjRK Building more interactive and logic-based projects day by day. 💻 #JavaScript #WebDevelopment #FrontendDeveloper #100DaysOfCode #CodingJourney

💡 Debounce vs Throttle in JavaScript – A concept every developer should know! Many developers confuse Debounce and Throttle, but understanding the difference can significantly improve application performance. 🔹 Debounce waits until the user stops triggering an event before executing the function. Perfect for: • Search inputs • Autocomplete • API calls 🔹 Throttle ensures a function runs only once within a fixed time interval. Perfect for: • Scroll events • Resize events • Continuous button clicks ⚡ Choosing the right technique helps reduce unnecessary function calls and improves user experience. 📌 Simple rule: Debounce → Wait for inactivity Throttle → Limit execution frequency #JavaScript #WebDevelopment #FrontendDevelopment #CodingTips #Developer #Programming