From math to motion — created a living, breathing sea in GLSL. No textures. Just pure code & creativity 🌊✨ Raging Sea #threejs #Shaders

Just played with R3F, Three.js, and shaders to create this dynamic texture-mapped ribbon. ✨ Big thanks to Codrops for the amazing tutorials! #ThreeJS #R3F #React #WebDev #CreativeCoding

Smooth Draggable E-Commerce #gsap #flipPlugin #r3f

jst explored video-projection-mapping #threejs

🛏️ Cozy vibes in 3D! Just wrapped up this isometric room scene in #Blender — complete with soft lighting, warm tones, and a touch of realism. Lighting: Area & Spot combo ☀️💡 Textures: Wood & fabric for that homely feel 🪵🛋️ #3DArt #Blender3D #IsometricDesign

"I hope..I'll find my ikigai soon !"

Thrilled to start my journey as a Full Stack Developer Intern at Codeflare Labs from 10th Aug 2025 🚀Excited to learn, build, and grow! #FullStack #Internship #CodeflareLabs #WebDev

🚀 Just built my first mini factory scene in #Blender! 🏭✨ Playing with lighting, colors & that conveyor belt vibe 🔥 #3DModeling #CyclesRender #MadeWithBlender

✨ Just found an amazing list of top companies hiring 3D Web Developers! 🌐🚀 From Epic Games, Meta, NVIDIA to Accenture & Trezi – roles range from Junior WebXR Dev → Metaverse Engineer 💼

Coffee Smoke Effect using @threejs #shaders

Just built a 3D Chair Configurator using React Three Fiber @threejs #3d

Just built this cozy low-poly campfire scene! 🌲✨ Coded with love using @threejs & #r3f.

🚀 Excited to announce the official launch of Painting Wing’s 3D website! 🖌️ A creative space showcasing art, ideas, and imagination — made & designed by me and @mandal_nilesh27 with passion ❤️ 🌐 Check it out: https://t.co/RximyXFC4m #WebsiteLaunch #MadeWithLove #WebDesign

🚀 Super excited to share that I've earned the 100 Days Badge 2024 on LeetCode! 🌟 Consistent coding, dedication, and growth over these 100+ days have been a rewarding journey. Grateful to be among the top 4.2% of LeetCoders worldwide! 🔥 #LeetCode #100DaysOfCode #CodingJourney

🚀 Day 60 of #365DaysOfCode Problem: Find the Middle of the Linked List ✍️ Learned: The two-pointer (slow and fast) technique is a powerful pattern for solving linked list problems. Adding a check for null conditions ensures robustness and prevents potential crashes.

🚀 Day 59 of #365DaysOfCode 🚀 Remove Nth Node From End of List Used a dummy node to handle edge cases smoothly. Two-pointer technique is efficient for problems involving distances between nodes. Using a dummy node can simplify handling of corner cases in linked lists.

🚀 Day 58 of #365DaysOfCode 🚀 Today, I tackled another linked list problem: Odd-Even Linked List! 🧩🔀 Reorganized the nodes by separating odd and even indexed elements, then merged them back together. The solution achieved 0ms runtime, beating 100% of other submissions! 🎉

🚀 Day 57 of #365DaysOfCodingDSA! 🔁📝 Solved the "Palindrome Linked List" problem. ✅ 🔍 Approach: 1️⃣ Reversed the second half of the linked list. 2️⃣ Compared the two halves to check for palindrome.

🚀 Day 56 of #365DaysOfCodingDSA! 🐢🔄 Solved the problem: "Count Nodes in a Loop in Linked List." ✅ 🔍 Approach: 1️⃣ Used Floyd's Cycle Detection algorithm (Tortoise and Hare). 2️⃣ Detected the loop, then counted the number of nodes in the cycle.

🚀 Day 55 of #365DaysOfCodingDSA! 🐍🔗 Solved a classic linked list problem: "Find the start of the cycle in a linked list." 🔄 💡 Approach: 1️⃣ Detect the cycle using the two-pointer (Floyd's Tortoise and Hare) method. 2️⃣ Once detected, find the cycle's starting node.