Learn Threejs, TypeScript and NodeJS to create interactive 3D content on the web.
InstructorSean BradleyInstruction extends beyond Three.js to include hosting on GitHub/GitLab Pages and provisioning cloud servers with Nginx.
The accompanying tutorial website and Git repository facilitate effective side-by-side lab work.
Editorial course preview
These 4 complementary views highlight concrete, legible examples from the course presentation.
This screenshot shows the Visual Studio Code editor with TypeScript code for a Three.js boilerplate, demonstrating how to import libraries and initialize a basic 3D scene.
This documentation page explains the Perspective Camera concept using a geometric diagram of the view frustum and provides TypeScript code for implementation.
This frame demonstrates a live Three.js scene comparing MeshBasicMaterial, MeshNormalMaterial, MeshPhongMaterial, and MeshStandardMaterial using an interactive GUI.
This image displays a rendered 3D scene featuring a detailed female character model standing on a grid floor, demonstrating advanced capabilities for loading and rendering complex models.
The teaching style relies on loading prepared code, which some learners find makes it difficult to apply concepts independently. The pace may be too fast for those without a geometry foundation.
One signal suggests that key Three.js ecosystem concepts and detailed geometry/material creation are not explored with sufficient depth. Note that this feedback was provided before the displayed update date, which does not prove a correction has been made.
Rapid technical implementation of 3D assets and deployment workflows comes at the expense of deep conceptual explanations for beginners.
