Become an AR & VR Developer in Just 6 Months
Master essential AR and VR development skills to create immersive experiences and stay ahead in the technology industry.
Tools & Technologies Covered
Unity 3D
Unreal Engine
ARKit & ARCore
Blender (for 3D Modeling)
Oculus SDK
WebXR
Visual Scripting
360° Video Editing
Photon Engine (for Multiplayer Experiences)
Why You Should Master AR & VR Development

$114.5 Billion:

Projected global AR & VR market by 2027

Top Emerging Skill:

According to LinkedIn’s Jobs on the Rise Report

1.2 Million Jobs:

Expected in the AR & VR industry worldwide

78% of Businesses

believe immersive technology will transform customer engagement
Your Roadmap to Becoming a Top AR & VR Developer

Weeks 1-2: Foundations of AR & VR

  • Introduction to AR & VR concepts
  • Hardware and software requirements
  • Understanding spatial computing and immersion
  • Exploring Unity and Unreal Engine basics

Weeks 3-4: 3D Modeling and Asset Creation

  • Fundamentals of 3D modeling with Blender
  • Creating and optimizing assets for VR and AR
  • Texturing, lighting, and rendering basics
  • Preparing 3D assets for Unity and Unreal Engine

Weeks 5-6: Augmented Reality Development

  • Introduction to ARKit (iOS) and ARCore (Android)
  • Creating marker-based and markerless AR applications
  • Real-time tracking and spatial awareness
  • Deploying AR applications on mobile devices

Weeks 7-8: Virtual Reality Development

  • VR setup for Unity and Unreal Engine
  • Working with Oculus and HTC Vive SDKs
  • Building and navigating 3D environments in VR
  • Developing VR interactions (grabbing, throwing, moving)

Weeks 9-10: Interactive Storytelling and User Experience

  • Building immersive storylines and environments
  • Designing user experiences for AR and VR
  • Fundamentals of visual scripting (Playmaker, Bolt)
  • Best practices for creating intuitive interactions

Weeks 11-12: Scripting and Coding for AR & VR

  • Introduction to C# and JavaScript for Unity
  • Writing scripts to control VR and AR elements
  • Creating custom behaviors and interactions
  • Debugging and optimizing code

Weeks 13-15: Multiplayer and Networked Experiences

  • Setting up Photon Engine for multiplayer VR
  • Synchronizing objects and players in real time
  • Creating multiplayer game modes and collaborative experiences
  • Best practices for online safety and performance

Weeks 16-20: Capstone Project and Portfolio Development

  • Conceptualizing and building a complete AR/VR project
  • 1-on-1 project feedback from mentors
  • Showcasing final projects on websites and social platforms
  • Crafting a polished digital portfolio
Exclusive Sessions on Job Assistance
Session 1
Practical Interview Techniques for AR & VR Roles
Session 2
Matching Your Skills with Industry Job Demands
Session 3
Building an Optimized Tech Resume for AR & VR Applications
Session 4
Transitioning to AR & VR from Other Tech Roles
Session 5
Creating a Portfolio That Highlights Immersive Projects
 
Session 6
Tips to Succeed in Interviews at Leading Tech Companies
That's Not It, We're Also Giving You Some
Bonus Modules for Advanced Learning!
Advanced Shader Development for AR & VR
Optimizing 3D Models for Performance
360° Video Editing for VR Experiences
100+ Advanced Tips for Realistic Immersion
AI & Machine Learning in AR Applications
Physics in VR Environments
AR for E-commerce and Retail Applications
Frequently asked questions
  1. What are the prerequisites for this course?
    No prior coding or design experience is required. Beginners are welcome.

  2. When do live group calls and guest sessions happen?
    Live sessions are scheduled every weekend with recordings available for later access.

  3. What if I can’t attend a live session?
    Recordings of all live sessions will be available in your dashboard.

  4. How involved are mentors in this program?
    Mentors provide weekly feedback, project reviews, and are available in live Q&A sessions.

  5. How much time should I expect to invest weekly?
    We recommend dedicating 10-12 hours per week for hands-on practice.

  6. What’s included in this program?
    You’ll receive recorded modules, live classes, hands-on projects, and portfolio-building support.

  7. Do I need specific hardware or software?
    A mid-range computer that supports Unity or Unreal Engine is recommended. VR headset not mandatory but ideal.