Three.js Bootcamp: Zero to Mastery

This comprehensive Three.js course highlights the latest trends and best practices for 2024, emphasizing efficient learning.

You’ll no longer waste time on outdated and confusing tutorials.

We’ll swiftly elevate your skills beyond the basics, empowering you to create amazing, interactive 3D experiences in your browser using the most recent version of Three.js, eventually becoming a professional Three.js Developer.

The success stories from our graduates are impressive.

Alumni of Zero To Mastery are now employed at leading companies like Google, Tesla, Amazon, Apple, IBM, Uber, Facebook, Shopify, and others. Many also thrive as top freelancers, enjoying the freedom of remote work globally. This future could be yours.

When you enroll today, you’ll gain access to our exclusive live online community classroom, learning alongside thousands of students, alumni, mentors, TAs, and instructors.

Most importantly, you’ll learn from Jesse Zhou, a seasoned industry expert with direct experience in Three.js and 3D environments.

What Is Three.js?

Three.js is a JavaScript library designed for creating and displaying 3D graphics in web browsers.

Built on WebGL, it unlocks new avenues for developing innovative 3D experiences directly in your browser.

So, what does this mean for you? It means that Three.js allows you to unleash your creativity, enabling you to craft websites with stunning 3D interactions that will astound your audience.

One of the key advantages of using Three.js is its ability to simplify 3D graphics creation through WebGL. While WebGL is a powerful tool for making 3D visuals, it comes with a steep learning curve.

Three.js alleviates much of the complexity associated with WebGL, making it accessible for developers who are just stepping into 3D programming.

JavaScript developers can leverage Three.js to create intricate 3D scenes and animations that would be challenging, if not impossible, to achieve with standard 2D web technologies like HTML and CSS.

The library offers an array of tools and features, including support for lighting, materials, cameras, and geometry, ensuring you can craft truly impressive 3D visualizations and games.

Who Should Learn Three.js?

We believe everyone should get to know Three.js... it’s simply amazing! However, if you aspire to land your ideal job, here are some key roles where Three.js skills are beneficial:

WEB DEVELOPERS: As a web developer, you can harness Three.js to create eye-catching visualizations, interactive infographics, and engaging 3D elements for your websites.

With the rise of virtual and augmented reality, Three.js is becoming increasingly essential for crafting immersive experiences that allow users to navigate 3D environments in real-time.

Creating "traditional" 2D websites is common among developers, especially with numerous user-friendly no-code website builders available. However, the ability to design immersive 3D experiences using Three.js can help developers stand out significantly.

Personally, I developed my own 3D portfolio using Three.js, which brought me considerable attention. I've received countless requests to recreate that unique look and feel. This illustrates the high demand for the specialized skills that Three.js offers.

GAME DEVELOPERS: If you’re venturing into game development, Three.js is a fantastic tool to add to your skillset.

Why? Because Game Developers can utilize Three.js to build rich, immersive games that run directly in web browsers—no extra downloads needed.

The Three.js library is equipped with features and tools that facilitate rendering game scenes and aligns with industry-standard 3D workflows.

VR DEVELOPERS: The growing virtual reality (VR) sector is another area where Three.js is gaining traction.

With its capability to render 3D graphics in real-time, Three.js is instrumental in producing immersive VR experiences directly accessible via devices like the Oculus Quest’s web browser through WebXR, eliminating the need for custom installations.

3D ARTISTS: For 3D artists wishing to showcase their creations online, Three.js is invaluable.

With Three.js, artists can design interactive galleries and portfolios that invite users to explore their work in real-time. The library supports standard file formats and rendering pipelines, making it easy to use.

Here's what you’ll explore in this Three.js course:

Here's a breakdown of the course content structured into three main sections with detailed subsections.

1. GETTING STARTED WITH THREE.JS: This foundation section prepares you with the essential resources and knowledge necessary before diving into Three.js, explaining what it is, the required prerequisites, and locating the official documentation.

Key topics include:

• Introduction to Three.js: understand the main concepts and capabilities.
• Inspiration: explore a collection of Three.js examples to kickstart your journey.
• Three.js Documentation: familiarize yourself with the official resources.

2. THREE.JS FUNDAMENTALS: You'll delve into the essential principles of Three.js, including scene creation, mesh manipulation, and camera usage, culminating in the creation of an engaging, 3D solar system scene.

Key topics include:

• Your First Scene (Hello World): learn how to set up your inaugural Three.js scene.
• Camera: discover the various camera types and their features.
• Mesh Manipulation: gain skills in transforming and animating 3D objects.
• Geometries and Materials: explore diverse geometries and materials.
• Textures: learn to apply and adjust textures effectively.
• Lighting and Shadows: create realistic lighting and shadow effects.

3. ADVANCED THREE.JS & CREATING YOUR PORTFOLIO: Use your Three.js knowledge to construct a personalized portfolio styled like a third-person game, demonstrating both your creativity and technical skills.

Key topics include:

• Portfolio Architecture: understand the structure of a Three.js project.
• Pre-Loader: learn to create an asset pre-loading screen.
• Physics Integration: implement realistic physics in 3D scenes.
• Input Controls: master object controls using keyboard inputs.
• Character Controller: develop an avatar controller for complex movements.
• Camera Control: design first and third-person camera setups.
• 3D Avatar: incorporate a 3D avatar into your scene.
• Animation Implementation: animate your 3D avatar.
• Environment Creation with Blender and Three.js: learn to craft intricate 3D environments.
• Interactivity Management: add interactive features like portals.

What's the final takeaway?

This Three.js course is crafted not just to have you follow along but to deeply understand core principles, ensuring you leave with the ability to create, innovate, and apply what you’ve learned. You won’t just be another student finishing a tutorial; instead, this course will help you progress from a complete novice to being among the top 10% of Three.js Developers 💪.

You have nothing to lose! Begin your learning journey today, and if this course doesn’t meet your expectations, we offer a 100% refund within 30 days, hassle-free and with no questions asked.