This Three.js training course is built for developers who want to move beyond flat interfaces into immersive, three-dimensional web experiences. You’ll work with the current Three.js r180+ architecture, including the WebGPURenderer and Three Shading Language (TSL), while mastering core concepts such as scenes, cameras, lighting, and animation. Guided labs and a capstone project ensure you leave with a deployable 3D portfolio piece, not just theory.
Prerequisites
There are no strict entry barriers, but the following background will help you get the most out of the program:
- Basic understanding of HTML, CSS, and JavaScript (ES6+)
- Familiarity with browser developer tools
- Basic knowledge of vectors and matrices is helpful, though not mandatory
- A code editor (VS Code recommended) and a modern browser that supports WebGPU (Chrome, Edge, Firefox, or Safari 26+)
- A laptop or desktop with a dedicated or integrated GPU for smoother rendering during labs
Course Objectives
- Understand the Three.js scene graph, cameras, and rendering pipeline
- Build and texture 3D geometries, from primitives to imported models
- Implement lighting, shadows, and physically based (PBR) materials
- Animate objects and camera movement using the built-in animation system
- Work hands-on with the WebGPURenderer and Three Shading Language (TSL)
- Optimize scenes for performance across desktop and mobile browsers
- Integrate Three.js with React using React Three Fiber
- Deploy production-ready 3D web applications and portfolio projects
What You Will Learn
Learn Three.js from the ground up, from core rendering fundamentals to advanced, GPU-accelerated workflows:
- Setting up a Three.js development environment with Vite and npm
- Scene graph fundamentals: meshes, geometries, and materials
- Camera types and controls (Orbit, Fly, First-Person)
- Lighting models, shadows, and HDRI environment maps
- Loading and optimizing GLTF/GLB models with Draco and Meshopt compression
- Particle systems and compute shaders for large-scale visual effects
- Post-processing effects: bloom, depth of field, and outline passes
- Building WebXR experiences for AR and VR
- Integrating physics engines such as Rapier and Cannon-es
- Deploying and hosting 3D web applications
Who Should Enroll in This Course?
This Three.js training is designed for professionals and students who want to add real-time 3D skills to their web development toolkit:
- Front-end developers looking to specialize in interactive or 3D web experiences
- UI/UX designers who want to prototype immersive interfaces
- Game and creative technologists exploring browser-based 3D
- Data visualization engineers building 3D dashboards
- Computer science students preparing for AR/VR and graphics careers
- Freelancers and agencies expanding into WebGL/WebGPU project work
Skills You Will Gain
- Completing this Three.js online training builds capability across three connected skill areas:
- Scene graph architecture, geometry and material creation, mesh construction, and camera and lighting setup.
- WebGL and WebGPU rendering pipelines, TSL shader authoring, instancing and batching, and performance profiling.
Tools Covered
- Three.js (r180+) with WebGPURenderer and TSL
- Visual Studio Code
- Vite build tooling
- Blender for 3D modeling and export
- GLTF/GLB pipeline with Draco compression
- React Three Fiber (@react-three/fiber) and drei
- Rapier and Cannon-es physics engines
- Chrome DevTools and the Three.js Performance API
- Git and GitHub for version control
Career Outcomes
Three.js skills are increasingly listed alongside React and TypeScript in front-end job postings across product, gaming, and visualization teams. Graduates of this program are prepared for roles such as:
- 3D/WebGL Developer
- Front-End Developer – Interactive/3D
- WebXR / AR-VR Developer
- Creative Technologist
- Data Visualization Engineer
- Product Designer – Interactive Media
- Web-Based Game Developer
Average Salary Three.js Developer
| Job Role | Experience Level | India | USA |
|---|---|---|---|
| Front-End Developer | Entry Level (0-2 years) | ₹3-7 LPA | $55K-$80K/year |
| JavaScript Developer | Entry to Mid-Level (1-3 years) | ₹4-9 LPA | $65K-$95K/year |
| 3D Web Developer / WebGL Developer | Mid-Level (2-5 years) | ₹6-12 LPA | $75K-$110K/year |
| Creative Front-End Developer | Mid-Level (3-6 years) | ₹8-15 LPA | $85K-$125K/year |
| Senior 3D Web Developer | Senior (6-10 years) | ₹12-25+ LPA | $110K-$150K+/year |
| Senior Front-End / Full-Stack Developer | Senior/Lead (8+ years) | ₹15-30+ LPA | $120K-$170K+/year |
Why Choose kodestree?
kodestree’s Three.js online certification program is built around practical, project-based learning and real mentor support:
- Live instructor-led sessions with recorded backups
- Curriculum aligned with Three.js r180+, WebGPU, and TSL
- Hands-on labs and a capstone 3D portfolio project
- Flexible weekday and weekend batches
- Lifetime access to course materials
- Dedicated doubt-resolution support
- Course completion certificate
- Resume and interview preparation assistance
