Advanced markerless AR tracking techniques, such as image recognition and VIO

Creating multiplayer AR experiences using networking and synchronization

Advanced surface reconstruction and mapping for persistent AR experiences

Integrating hand and gesture recognition for AR interactions

Advanced SLAM techniques for AR, including using depth sensors and visual SLAM

Building custom shaders for AR experiences

Advanced lighting and shadowing techniques in AR scenes

Developing AR applications for HMDs and smart glasses

Creating interactive and immersive AR experiences using spatial sound and haptic feedback

Integrating AR Cloud services and remote collaboration into AR experiences

Building AR apps for different industries, such as education, healthcare, retail, and entertainment

Using AR to enhance real-world training and simulations, such as in the military or aviation industry Optimizing AR performance for mobile devices and other platforms

Introduction to motion capture (mocap) technology

Understanding mocap hardware and software

Setting up a mocap studio

Calibrating the mocap system

Basic mocap data capture techniques

Cleaning and editing mocap data

Applying mocap data to a 3D character rig

Creating basic mocap animations

Advanced mocap data capture techniques

Motion matching and blending in mocap

Working with multiple mocap actors

Combining mocap with keyframe animation

Building a custom rig for mocap

Integrating mocap into game engines and VR experiences

Using mocap for virtual production and filmmaking

Working with mocap data in post-production

Working with mocap data in post-production

Advanced mocap data cleaning and processing techniques

Using mocap for research and scientific studies

Future of mocap technology and trends

Introduction to web3.0 game development and its applications

Overview of blockchain technology and its role in web3.0 game development

Introduction to Solidity programming language and smart contracts

Setting up a development environment for web3.0 game development

Creating a basic smart contract for a game asset

Integrating web3.0 features (such as wallets and token systems) into a game

Advanced Solidity programming techniques for game development

Building a decentralized game economy using blockchain technology

Creating custom game assets using smart contracts

Working with decentralized storage solutions for game assets

Introduction to game design principles for web3.0 games

Creating a prototype web3.0 game using blockchain technology

Integrating game logic with smart contracts

Creating a game server using decentralized technologies (such as IPFS or Swarm)

Working with mocap data in post-production

Optimizing game performance for web3.0 environments

Developing multiplayer features for web3.0 games

Launching and publishing a web3.0 game

Future of web3.0 game development and trends

Introduction to virtual production and its applications

Overview of Unreal Engine and its features for virtual production

Basic understanding of real-time rendering and game engine workflows

Setting up a virtual production environment in Unreal Engine

Introduction to motion capture (mocap) technology and how it is used in virtual production

Basic mocap data capture techniques using Unreal Engine tools

Cleaning and editing mocap data in Unreal Engine

Applying mocap data to a virtual character rig in Unreal Engine

Creating basic virtual production animations in Unreal Engine

Advanced mocap data capture techniques using Unreal Engine tools

Motion matching and blending in virtual production using Unreal Engine

Creating complex virtual production animations in Unreal Engine

Introduction to facial motion capture and lip-syncing using Unreal Engine

Building a custom rig for virtual production in Unreal Engine

Advanced camera tracking using Unreal Engine tools

Working with green screens in virtual production using Unreal Engine

Creating virtual sets and environments in Unreal Engine

Integrating live-action footage with virtual production assets in Unreal Engine

Optimizing virtual production performance in Unreal Engine

Creating virtual production for film and TV production using Unreal Engine

Creating virtual production for live events and performances using Unreal Engine

Creating virtual production for game development using Unreal Engine

Creating virtual production for immersive experiences (such as VR and AR) using Unreal Engine

Introduction to real-time compositing in Unreal Engine

Working with live-streaming virtual production content in Unreal Engine

Creating real-time visual effects in virtual production using Unreal Engine

Advanced techniques for lighting and shading in virtual production using Unreal Engine

Future of virtual production technology and trends

Introduction to esports and its growth as an industry

Understanding the different types of esports games and their competitive scenes

Basic principles of competitive gaming, including game mechanics and strategies

Identifying and analyzing professional esports teams and players

Overview of esports broadcasting and media coverage

Introduction to esports tournament organization and management

Advanced gameplay techniques and strategies for popular esports games (such as League of Legends, Overwatch, or Dota 2)

Team building and communication skills for esports teams

Developing effective training routines for esports practice

Analysis of game replays and strategies

Understanding and managing mental and physical health for esports athletes

Creating an esports brand and image

Creating and managing social media presence for esports teams and players

Understanding and utilizing sponsorships and partnerships in esports

Developing and executing effective esports marketing campaigns

Fundamentals of esports event production and management

Introduction to esports coaching and analysis

Building a career in esports and understanding job opportunities in the industry