Design Engineering: Bridging Visual Systems, Mathematical Physics & Production Code
Learn the principles, mathematical models, and collaboration systems of the modern Design Engineer.
The ExodeUI Design Engineering course teaches designers and frontend engineers how to bridge visual intent and production implementation. It explores second-order physics, design token architecture, state machine theory, cross-platform compilation, and how to build resilient interactive design systems.
Prerequisites
- Interest in UI design and frontend code
- Basic understanding of CSS/JS or Figma
What You Will Master
Detailed Course Modules
Production Code Blueprint (TYPESCRIPT)
// Enterprise Motion Token Architecture Schema (W3C DTCG Format)
export const designTokens = {
$name: "Acme Design System",
motion: {
spring: {
subtle: {
$type: "cubicBezier",
$value: [0.25, 1, 0.5, 1],
$description: "Used for subtle opacity and background transitions"
},
bouncy: {
$type: "spring",
$value: { mass: 1, stiffness: 420, damping: 20 },
$description: "Used for user confirmation badges and notification popovers"
}
},
duration: {
fast: { $type: "duration", $value: "150ms" },
base: { $type: "duration", $value: "250ms" },
slow: { $type: "duration", $value: "400ms" }
}
}
} as const;Frequently Asked Questions
Is this course suitable for pure UI/UX designers?
Yes! The course is specifically structured to introduce code principles gradually, using visual models, Figma variables, and interactive sandboxes.
Do I get a certificate upon completion?
Yes, students receive a verified ExodeUI Certified Design Engineer credential upon submitting the capstone interactive component.
Ready to practice Design Engineering?
Download ExodeUI Studio to visually compose physics state machines and export the exact code patterns demonstrated in this syllabus.