🧱 Web Development Series – Day 27 🧱 Today, I created a Dice Breakout Game using HTML, CSS, and JavaScript! 💻🎯 And it was an absolutely fantastic and thrilling experience! 🤩 In this fun and interactive project, every dice roll 🎲 controls the paddle’s power — helping to break the colorful bricks 🧱 one by one! The challenge? Keep the ball bouncing and clear the board without missing a move! ⚡ 🎮 Project Highlights: Designed the game layout with HTML & CSS 🎨 Added interactive movement and collision logic using JavaScript 🧠 Strengthened my skills in DOM manipulation, event handling, and animation control 🚀 💡 Learning takeaway: This project taught me how game logic, creativity, and JavaScript blend together to create engaging browser-based games. It’s amazing to see how much fun you can build with just a few lines of code! 💻✨ Here’s a quick look at my Dice Breakout Game: https://lnkd.in/gjbqMVdz #WebDevelopment #HTML #CSS #JavaScript #FrontendDevelopment #CodingJourney #30DaysOfCode #GameDevelopment #InteractiveProjects #CreativeCoding #FunWithCode #BreakoutGame #LearningByBuilding

🎮 Tic-Tac-Toe Web Application Project ✨ Just built a fun and interactive Tic-Tac-Toe Game using HTML, CSS, and JavaScript! This project lets two players compete directly in the browser with a clean, modern UI and real-time results. 💡 What it does: ✅ Two-player gameplay (X vs O) ✅ Detects wins, losses, and draws ✅ Instant status updates ✅ Restart option for new matches Through this project, I learned how to handle DOM manipulation, game logic, and event-driven programming in JavaScript — all while keeping the interface simple and responsive. This was a great experiment to understand how logic and design work together in front-end development! #WebDevelopment #JavaScript #HTML #CSS #TicTacToe #FrontendProject #CodingJourney #MiniProject https://lnkd.in/gqd_8Yvs

🎮 Tic Tac Toe Game Project I’m excited to share my Tic Tac Toe game built using HTML, CSS, and JavaScript! This project recreates the classic 3×3 grid game where two players take turns marking X and O, with automatic winner detection and reset features. ✨ Key Features: Interactive and responsive 3x3 game board Two-player mode (X vs O) Winner and draw detection Clean, simple, and user-friendly interface 🧠 What I Learned: Hands-on experience with JavaScript logic building Improved DOM manipulation and event handling skills Enhanced understanding of front-end web development 🚀 Next Steps: I plan to add an AI opponent, scoreboard, and sound effects to make the game even more fun! #HTML #CSS #JavaScript #WebDevelopment #GameDevelopment #TicTacToe #CodingProjects #Frontend

🌀 Web Development Series – Day 28 🌀 Today, I built a Tilting Maze Game using HTML, CSS, and JavaScript! 💻✨ It was a fantastic and mind-twisting experience! 🤩 In this interactive game, players tilt the maze 🧭 to guide the ball ⚪ through tricky paths and obstacles — without falling into traps! Each movement feels dynamic and real, giving a fun blend of logic, control, and creativity. 🎯 🎮 Project Highlights: Built the maze structure using HTML Styled and animated the design with CSS 🎨 Controlled ball movements and tilt effects using JavaScript & event listeners ⚙️ Enhanced my understanding of physics simulation and real-time interaction 🚀 💡 Learning takeaway: This project helped me explore how JavaScript can bring motion and realism into web games. It’s amazing how a simple idea can turn into an interactive coding challenge! 💻🔥 Here’s a sneak peek at my Tilting Maze Game: https://lnkd.in/gjbqMVdz #WebDevelopment #HTML #CSS #JavaScript #FrontendDevelopment #CodingJourney #30DaysOfCode #InteractiveProjects #GameDevelopment #CreativeCoding #FunWithCode #MazeGame #LearningByBuilding

💣 Web Development Series – Day 26 💣 Today, I built a Dice Minesweeper Game using HTML, CSS, and JavaScript! 💻🎯 And honestly — it was an absolutely fantastic experience! 🤩 In this game, each dice roll 🎲 reveals a random cell on the grid — but watch out! Some cells hide mines 💥, while others are safe 🎉. It’s all about logic, luck, and timing! ⏱️ 🎮 Project Highlights: Designed the grid layout using HTML & CSS 🎨 Added dynamic gameplay using JavaScript logic & randomization ⚙️ Practiced DOM manipulation, event handling, and game logic design 🚀 💡 Learning takeaway: This project was a perfect mix of creativity and logic. It taught me how small ideas can become interactive games through the power of code and imagination! 💻✨ Here’s a quick look at my Dice Minesweeper Game: https://lnkd.in/gjbqMVdz #WebDevelopment #HTML #CSS #JavaScript #FrontendDevelopment #CodingJourney #30DaysOfCode #GameDevelopment #InteractiveProjects #CreativeCoding #FunWithCode #LearningByBuilding

Just launched my new project — “Rock Paper Scissor Game” I built this classic game using HTML, CSS, and JavaScript to sharpen my front-end development skills. This project helped me understand DOM manipulation, event handling, and responsive design in a fun and interactive way. The game allows users to play against the computer, keeps real-time scores, and gives instant feedback with color animations — all inside a clean, mobile-friendly UI. Every time you click on Rock , Paper , or Scissor — JavaScript decides the winner and updates the score dynamically. It’s simple, fast, and satisfying! 👉 Play it here: https://lnkd.in/ekGWBEBD Key Learnings: JavaScript event listeners & game logic DOM querySelector, text updates, and color manipulation Responsive web design with flexbox and media queries Writing clean and reusable code structure Tech Stack: HTML | CSS | JavaScript Your feedback means a lot! Drop your thoughts below — I’d love to know how it feels to play or how I can improve it further. #javascript #webdevelopment #frontend #html #css #webdesign #developer #gamedevelopment #programming #learning #opensource #project #codingjourney #yagsy #rockpaperscissors #javascriptprojects #responsivewebdesign #github #innovation

Simon Game 🎮 🌱 Continuing my Frontend Development journey, I’m excited to share my second project — Simon Game! A fun and interactive memory game built using HTML, CSS, and JavaScript, where players test their memory by repeating color sequences. ⚙️ Features : 1. Level-based memory challenge 2. Color sequence that increases with each level 3. Visual feedback with button flashes 4. Game Over alert with score display 5. Restart button to play again 6. Smooth animations for buttons and popups 🧠 What I Learned : 💡 DOM manipulation for dynamic game interactions 💡 Implementing game logic and real-time feedback 💡 Adding animations and visual cues for a better user experience 🛠 Technologies Used : HTML5 – Page structure CSS3 – Styling, animations, and layout JavaScript – Game logic and interactivity 🔗 Project Links : 🎮 Let's Play: https://lnkd.in/dAqazCru 💻 Source Code: https://lnkd.in/dX9zkvRD Full How to Play guide available on the demo website. This project strengthened my JavaScript skills and taught me how to combine logic, interactivity, and UI for engaging web applications. 🚀 Would love to hear your feedback and suggestions! 🙌 #FrontendDevelopment #WebDevelopment #JavaScript #HTML #CSS #Projects #CodingJourney #LearningByDoing

👨💻 Just wrapped up building a fun & interactive web project — The Simon Game! 🕹️  It’s a browser-based memory challenge where the player has to observe, memorize, and repeat an increasingly complex pattern of glowing buttons. Each stage gets tougher! Here’s a short demo of the game in action    Live Demo: https://lnkd.in/gzucwCcG  Source Code: https://lnkd.in/gRPhREM7 What I Gained: - Sharpened my JavaScript fundamentals (DOM, event handling, logic building)   - Improved UI design using CSS effects and transitions   - Learned how to generate real-time user feedback through visuals   - Practiced a complete project flow – from logic to deployment This was a fun way to challenge myself and bring an old-school game to life using modern web technologies. Give it a try and let me know how many levels you reached!   #WebDevelopment #JavaScript #Frontend #CodingProject #LearnByBuilding #apnacollage

useEffect vs useLayoutEffect — the difference that actually matters! Most devs use useEffect for everything, but here’s what’s happening under the hood 👇 useEffect: Runs after the paint (i.e., after the screen updates). ✅ Great for API calls, event listeners, or logging. 🚫 Avoid for DOM measurements or layout changes — you’ll see a flicker. useLayoutEffect: Runs before the paint (right after DOM mutations but before the browser updates the screen). ✅ Perfect for reading layout, measuring elements, or synchronizing animations. 🚫 Avoid overusing it — it can block rendering and hurt performance. 💡 Quick rule: If it affects what you see → use useLayoutEffect If it affects after you see → use useEffect 💬 What’s your go-to use case for useLayoutEffect? Let’s make this a mini thread of learnings 👇 #ReactJS #FrontendDevelopment #WebDevelopment #useEffect #CodingTips #JavaScript #LearnInPublic

JavaScript is the engine behind interactive websites. We just published a beginner-friendly guide that breaks down: 🧠 What JavaScript is 🖱️ How it adds interactivity 🛠️ Real examples: buttons, forms, animations 📊 How to get started with confidence Perfect for students, creators, and aspiring developers. 🔗 https://lnkd.in/dNwcka7U #JavaScript #SherasExplains #WebDevelopment #DigitalSkills #FrontendDev #SherasSeries