Skill Builder

Post Graduate Diploma in AR, VR & MR

Step into the immersive future of Augmented, Virtual, and Mixed Reality with this comprehensive 12-month diploma program. This hands-on, project-based course is designed for graduates looking to become specialists in spatial computing, AR app development, VR environments, and real-time mixed-reality systems using industry-leading tools and technologies.

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What You’ll Learn in This Course

This immersive program covers the complete AR/VR/MR development lifecycle – from mathematics and programming to machine learning, game development, and advanced tracking systems. You’ll learn to create cutting-edge immersive experiences using Unity, C#, JavaScript, and real-world AR tools, and conclude with a capstone project and viva.

Key Skills You’ll Gain

AR/VR/MR Fundamentals and Applications
Linear Algebra, Trigonometry, and Probability for XR
Machine Learning & Deep Learning for AR
C#, JavaScript, and Web AR Development
Game Development in Unity with Physics and UI/UX
Final Capstone Project with Industry Feedback

Detailed Course Curriculum

MODULE 1: INTRODUCTION AND HISTORY OF AUGMENTED REALITY

Overview of AR and VR concepts
Key terminology in AR and VR
Experimenting with different AR, VR, and MR apps
Interface to the virtual world – input and output
History and evolution of AR and VR
Applications of Virtual Reality and Augmented Reality
Application and industry use cases

Case study analysis of global AR/VR advancements

Analysis of the effect of AR/VR in industry

MODULE 2: MATHEMATICS: LINEAR ALGEBRA AND PROBABILITY

Importance of Mathematics in AR/VR
Fundamentals of Linear Algebra (Vectors, Matrices, Basic Transforms)
Practical exercises on vector manipulation and operations using MATLAB or Python

Vector operation using MATLAB

Implement probability-based animations or interactions in Unity

Demonstrate 3D transformation using matrix calculations in AR

MODULE 3: MACHINE LEARNING AND DEEP LEARNING

Introduction to Machine Learning (Basics of ML, Datasets, Supervised vs. Unsupervised Learning)
Data Preprocessing and Feature Engineering
Performance Metrics
Linear Regression and Classification (Logistic Regression, Linear Regression, SVM)
K-Nearest Neighbours (KNN)
Model Validation Techniques (K-Fold Validation, Holdout Validation, Train-Test Validation)

Object Detection Using ML

Comparison of CNN, RNN, and ANNs

Creating an Application Using Deep Learning Techniques

MODULE 4: PROGRAMMING: C#, JAVASCRIPT

Basics of C#: Syntax, Control Structures
Variables, Data Structures and Pointers
Standard Input/Output Streams
Object-Oriented Programming in C# (Classes and Objects)
Conditional Statements and Loops
Inheritance
Polymorphism
Encapsulation and Abstraction

Creating Scripts for Application Using C# Programming

Write a JavaScript Function to Integrate with WebXR for AR Rendering

MODULE 5: GAME DEVELOPMENT IN UNITY

AR Development Platforms and Tools Comparison
Exploring Unity and Unreal Engine for AR Game Development
Unity Basics
Setting Up AR Development Environment: Software Installation and Configuration
Basics of Scene Composition and Asset Management in AR
3D Environment and Objects (3D Asset Management)
Materials, Textures, Lighting and Shadow
User Interface and Interaction
Building AR User Experiences
Game Mechanics and Scripting
Physics and Animation in Unity
Adding Physics-Based Interactions

Physics-Based Animation

Prototype

Design and Script Interactive UI Components for AR Game

MODULE 6: AR TECHNIQUES: MARKER-BASED & MARKERLESS TRACKING

Introduction to AR Tracking Methods
Overview of Marker-based AR Tracking
Types of Markers: Natural vs. Artificial
Marker Design and Optimization for Tracking
Image Recognition Algorithms for Marker Detection
Implementing Marker Detection with OpenCV
Augmented Reality with QR Codes and Barcodes
Marker Tracking in Unity: Vuforia Integration

Marker-Based System and Vuforia

Develop a Marker-Based AR Demo and Test Different Types of Markers

Cloud in AR/VR

Develop a Markerless AR Demo and Test Different Types of Markers

MODULE 7: FINAL PROJECT AND VIVA

Project Proposal and Planning

Research and Concept Development

Technical Preparation

Development Phase

Finalization and Testing

Presentation and Submission

Revision/Recap/Model Exam

This course includes:

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Placement Rate

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Program Highlights

Hands-on Projects

Build real-world AR applications during the course.

Earn a certificate that adds value to your resume.

Industry-Recognized Certification

Expert Mentorship

Learn from experienced professionals in the AR field.

Cross-Platform Tools

Master platforms like Unity, Vuforia, or WebAR.

Career Support

Resume reviews, mock interviews, and placement assistance.

Flexible Learning

Self-paced modules + live Q&A sessions.

Experienced Trainers

Start your learning journey today! Enroll now in our course.

Take the first step toward building valuable skills and advancing your career. Our comprehensive program is designed to help you gain practical knowledge, hands-on experience, and the confidence to succeed in your chosen field.

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