Components crafted for Design Engineers. Styled using Tailwind CSS, fully compatible with Shadcn, and easy to integrate—just copy and paste. MIT 🤌
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Updated
Mar 12, 2026 - TypeScript
Components crafted for Design Engineers. Styled using Tailwind CSS, fully compatible with Shadcn, and easy to integrate—just copy and paste. MIT 🤌
Extract any website’s design system into tokens in seconds: logo, colors, typography, borders & more. One command.
🏴 Resources for design engineers.
Voice AI components using OpenAI Realtime API to copy and paste into your Nextjs projects built with TailwindCSS for building modern Voice AI applications with WebRTC.
A place with 9 fun framer motion creations 😊
🎨 MicroInteractions, Ayanfe Olarinde's Paintings: Bringing age-old yoruba folklore tales to life
Modern, animated, and interactive components built for design engineers.
Design engineering for AI coding tools. Brand identity + design projects, from strategy to code.
StitchFlow turns prompts into UI directions, Tailwind-friendly HTML, and screenshots across Codex, Claude Code, OpenClaw, GitHub Copilot, and Gemini CLI.
An over-engineered underline transition
A curated list of awesome things related to User Experience Engineering / Design Engineering
A collection of box, drop and text shadows which are ready to use as Tailwind and Vanilla Css.
Showcasing my journey through the '100 Days of Making' class, focusing on design engineering with web development, Next.js/React components, and WebGL.
AI-driven design engineering CLI for Penpot. Generate, audit and analyze UI boards from your terminal.
accessibility-linter is a Claude skill that reviews accessibility mid-design, as a craft challenge, not a compliance audit.
Portfolio site with resume, projects, visuals, and blog. Built with Astro 5 + Svelte 5
Portfolio and blog
🍦 VanJS: The Smallest Reactive UI Framework in the World
Visual exploration tool that turns heatmaps and dithering into a controllable design system letting experiment with density, signal, and noise to prototype new brand textures, motion cues, and interaction states.
Evolutionary Cost-Tolerance Optimization for Complex Assembly Mechanisms Via Simulation and Surrogate Modeling Approaches: Application on Micro Gears (http://dx.doi.org/10.21203/rs.3.rs-2487746/v1)
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