Introduction to Unity3D and game development

Creating a simple 2D game

Understanding the Unity interface and tools

Working with game objects and components

Basic physics and collisions

User interface and game menus

Creating a simple 3D game

Introduction to scripting in C#

Scripting basics in Unity3D

Lighting and shadows

Working with audio and video

Particle effects

Introduction to game mechanics

Building AI for your game

Creating multiplayer games

Working with animations

Building for different platforms (PC, mobile, consoles)

Integrating third-party tools and plugins

Introduction to Unreal Engine interface and tools

Creating a simple game level

Working with actors and components

Basic scripting with C++

Basic physics and collisions

User interface and game menus

Creating game mechanics

Creating AI for your game

Building multiplayer games

Working with animations and sequencer

Lighting and shadows

Working with audio and video

Integrating third-party tools and plugins

Advanced scripting with C++

Creating custom shaders and materials

Creating cinematics and cutscenes

Creating virtual and augmented reality experiences

Creating high-quality game art assets

Creating real-time visualizations and simulations

Optimizing game performance

Introduction to Unity and VR

VR user interface and interactions

VR camera and player movement

VR physics and motion simulation

Creating VR environments and worlds

3D modeling for VR

Developing VR applications for different platforms (PC, mobile, consoles)

Optimizing VR performance and frame rates

VR sound design and spatial audio

Integrating haptic feedback into VR experiences

Multiplayer VR experiences and networking

Building for VR headsets (e.g., Oculus, HTC Vive, Windows Mixed Reality)

Developing hand-tracking devices (e.g., Leap Motion, Oculus Touch, Valve Knuckles)

Advanced VR interaction techniques (e.g., eye-tracking, voice recognition)

VR project development and presentations

Introduction to Unity and AR

AR markers and tracking

Markerless AR tracking techniques

SLAM for AR

Creating multiplayer AR experiences

Advanced AR interactions using hand and gesture recognition

Advanced surface reconstruction and mapping

Lighting and shadowing in AR scenes

Spatial sound and haptic feedback in AR

Integrating AR Cloud services and remote collaboration

Building AR applications for HMDs and smart glasses

AR in different industries, such as education, healthcare, retail, and entertainment

Real-world training and simulations using AR

Optimizing AR performance for mobile devices and other platforms

Creating custom shaders for AR

AR project development and presentations