Thrilled to share my latest JavaScript project: Rock-Paper-Scissors (Human vs Computer)! 🎮 Built from scratch with HTML, CSS & pure JavaScript: > Real-time gameplay with dynamic UI updates > Score tracking (user vs computer) > Win/Draw/Lose messages with color feedback > Responsive design & smooth event handling This project helped me master DOM manipulation, events (click), array methods, conditions, and logic flow. GitHub: https://lnkd.in/d7VequBY Watch the gameplay below! Excited to keep building more interactive projects. Feedback & suggestions welcome! #JavaScript #WebDevelopment #Frontend #GameDev #DOM #CodingJourney #SelfTaught

🚀 Just Built: Simon Says Game with HTML, CSS & JavaScript! 🟢🔴🔵🟡 I’m excited to share my latest project — a classic Simon Says game recreated using HTML, CSS, and JavaScript! 🎮 What this project does: ✔️ Implements interactive gameplay logic ✔️ Tests memory skills level by level ✔️ Provides interactive feedback ✔️ Uses JavaScript for game logic and DOM manipulation 💻 Technologies Used: ✨ HTML for structure 🎨 CSS for styling 🧠 JavaScript for game logic and interaction Check it out, explore the code, or build on it yourself 👉 GitHub: 🔗 https://lnkd.in/gXgdC-z9 #javascript #webdevelopment #html #css #coding #opensource #frontend 

🚀 #Day 34 Today I built a mini project — Simon Says Game using HTML, CSS, and JavaScript 🎮 This project helped me apply DOM manipulation + events in a real interactive game. 📌 Concepts Used: • DOM Selection & Manipulation – Updating colors dynamically • Event Listeners – Detecting user clicks • Random Number Generation – Creating random color sequence • Arrays – Storing game pattern & user pattern • Functions – Structuring game logic cleanly • setTimeout() – Creating delay effects for animations • Game Logic Handling – Comparing user input with generated sequence • Level System – Increasing difficulty step by step 📌 What I Learned: ✅ How to manage game state ✅ How to compare two arrays step-by-step ✅ How to reset the game when user loses ✅ How small logic mistakes can break full functionality Building this game improved my confidence in writing real interactive JavaScript logic, not just theory. Day 34 complete ✅ 👍🏻 🚀 #Day34 #100DaysOfCode #JavaScript #MiniProject #DOM #WebDevelopment #MERNStack

Built a Simon Says memory game using HTML, CSS, and JavaScript as part of my JavaScript learning journey. 🕹️ How the game works: The game shows a colour sequence that the player must remember. Each round adds a new colour to the sequence. The player must repeat the full sequence correctly every time, starting from the beginning and including the new colour. If you press the wrong colour, the game resets This project helped me practice core JavaScript concepts like DOM manipulation, event handling, arrays, functions, and implementing game logic step-by-step. Working on this game improved my logical thinking and understanding of how interactive web applications work. I’d love for you to try the game once and share your feedback or suggestions in the comments it will help me improve as a developer. 🌐 Live Demo: https://lnkd.in/gyxGQN_W 🐙 GitHub: https://lnkd.in/gjWa_9eY #JavaScript #WebDevelopment #BeginnerProjects #LearningByBuilding #FrontendDevelopment

🚀 Just built a fully functional 2-Player Chess Game from scratch! ♝♞ My latest project: a browser-based Chess game built entirely with Vanilla JavaScript, HTML, and CSS, along with #GoogleAntigravity. ♟️ Key Features: ✔️ Interactive Board: Dynamic rendering with visual feedback for selected pieces and valid moves ✔️ Game Logic: Complete implementation of chess rules with piece-specific movement validation ✔️ Smart Assistance: Real-time move highlighting and "Check" detection ✔️ Capture Tracking: Visual graveyard for captured pieces ✔️ Responsive Design: Clean, modern interface across devices 🛠️ Tech Stack: 🔹 JavaScript (ES6+): OOP-based modular game logic 🔹 CSS3: Flexbox/Grid for layout and styling 🔹 HTML5: Semantic structure 🔹 Google Antigravity: Experience liftoff with the next-generation IDE #WebDevelopment #JavaScript #Frontend #ChessGame #CodingProject #GoogleAntigravity #OpenSource #Learning

Day-37 | JavaScript Logic Through Real Games 🎮 Today, I focused on turning JavaScript concepts into real user interactions, instead of just learning syntax. I worked on small games and utilities that respond instantly to user input — just like real websites do. What I learned today 👨💻 ➕ Addition Game Generating random numbers dynamically Reading user input and validating it Giving instant feedback for correct and wrong answers Resetting the game state cleanly 🎨 Random Color Generator Storing multiple values and picking one randomly Changing UI styles dynamically Understanding how randomness works in real applications Core concepts I understood clearly today 🧠 How logic controls UI behavior How user input flows → validation → output How small decisions in code create interactive experiences Key realization 👇 JavaScript isn’t about writing lines of code. It’s about controlling behavior and responding to users in real time. Games made this obvious: Every click triggers logic Every result depends on conditions Every reset is state management That’s when JavaScript started feeling predictable and powerful, not confusing. Still learning. Still practicing. But now I’m building things people can actually use. Day-38 loading… 🚀 #BuildInPublic #JavaScript #WebDevelopment #LearningInPublic #FrontendDevelopment #Consistency #DeveloperJourney #NxtWave #Day37

💡 Lights Out - A web-based JavaScript game Our second project for _nology was to create a web-based browser game using JavaScript. I decided to recreate the game "Lights Out", based on the electronic game from 1995. The idea is simple: You have a 5x5 board where you need to turn off all the lights in as few moves as possible. Each cell that is clicked toggles itself and the cells above, below, right and left of it. The biggest challenge I had creating this project was the board logic: validating the user's clicks and which cells can be toggled if the user clicks on an edge cell. Calculating row and column numbers from the array of cells allowed me to validate which cells can be toggled - only cells in the same row/column as the target cell could be toggled. Further improvements to the game would include: - Creating a dark mode for the website - Adding a timer which starts on the first click - Allowing the user to choose the board size for an easier or harder game (3x3, 5x5 or 9x9 grid) - Adding sound effects and more animated transitions when lights are turned on/off I really enjoyed putting this one together, and pushing myself with slightly more complex logic. You can view the live site here: https://lnkd.in/e4Hy-VNA Code repository: https://lnkd.in/e-arE_SH If you have a go at playing, let me know what you think! 😊 #nology #JuniorSoftwareDeveloper #JuniorSoftwareEngineer #WomenInTech

Built a Tic-Tac-Toe Game using HTML, CSS, and JavaScript 🎮 Recently, I developed a simple Tic-Tac-Toe game to strengthen my fundamentals in JavaScript and DOM manipulation. The game includes: • Turn-based X and O gameplay • Winner detection using winning patterns • Draw condition after 9 moves • Reset and New Game functionality While implementing the draw logic, I ran into a bug where the “Game Drawn” message kept appearing even after a player had won. By debugging step by step using console logs, I was able to identify the issue and fix the logic. This project helped me improve my understanding of: • Event handling • State management using variables • DOM updates • Debugging techniques It’s always satisfying to solve a problem through your own reasoning and testing. GitHub: https://lnkd.in/dUr_dzPW #JavaScript #WebDevelopment #Frontend #CodingJourney #100DaysOfCode

Today I built a simple Bird Game using HTML, CSS, and JavaScript — and this project helped me understand the real power of the DOM. Instead of just designing static pages, I focused on making the game interactive and dynamic using JavaScript. Here’s what I worked on 👇 🎮 Core Concepts Used 🔹 DOM Manipulation Used the Document Object Model to dynamically update positions, detect collisions, and control game behavior in real time. 🔹 Event Handling Handled keyboard/mouse inputs to control the bird’s movement. 🔹 Game Loop Logic Implemented continuous movement and obstacle generation using timing functions. 🔹 Collision Detection Tracked object positions and applied logic to determine game over conditions. 🔹 Dynamic UI Updates Updated score, reset states, and handled real-time rendering efficiently. Looking forward to building more interactive projects 🚀 #JavaScript #HTML #CSS #DOM #FrontendDevelopment #WebDevelopment #LearningInPublic #GameDevelopment LIVE LINK : https://lnkd.in/dRXBK_YZ

🌱 JavaScript Practice: Rock–Paper–Scissors Game Today, I built a simple Rock–Paper–Scissors game using JavaScript, focusing on user interaction and basic game logic. The game works by handling user input through buttons and displaying the result as a popup, based on the rules of the game. This helped me practice: Handling click events Writing conditional logic Updating the UI based on user actions Even though it’s a small project, it reinforced how JavaScript connects logic with the interface and how clear conditions lead to predictable behavior. Sharing a video of the implementation below. More improvements and features to come as I continue practicing. Building step by step. #JavaScript #WebDevelopment #FrontendDevelopment #DOMManipulation #ProblemSolving #LearningInPublic #Consistency