This 6 weeks course is designed as an intensive boot camp where students actively engage in learning by solving exercises independently. To support this process, we provide 1:1 doubt-clearing sessions, ensuring students can complete assignments with ease. The course aims to demystify advanced AR and VR development, equipping you to become a skilled XR developer rather than just a consumer in the emerging VR metaverse. Developed by industry experts, this course is open for enrollment. It includes numerous mini-projects throughout to provide hands-on experience and practical skills.

Course Overview:

Why this course?

Augmented and Virtual Reality (AR/VR) has been recognized as one of the most advanced and transformative technologies by the All India Council of Technical Education (AICTE). Leading companies worldwide are driving innovation in this field and actively hiring skilled AR/VR developers. This course is designed to teach you comprehensive AR/VR development from the ground up. Whether you're a tech enthusiast or a beginner looking to enhance your skills, this course is tailored to help you excel.

Introduction to AR development - AR/VR Application Development in Unity
This competency focuses on designing and developing immersive AR/VR applications using Unity. It includes leveraging Unity’s tools and features to create real-time, interactive virtual experiences for various industries.

- Master Unity’s interface, scene management, and object hierarchies.

- Develop, test, and deploy basic 3D/2D scenes using Unity Game Objects, prefabs, and assets.

- Write and debug Unity scripts in C# to control object behaviours and interactions.

- Build and export Unity applications for various platforms (PC, mobile).

- Marker based AR application

- AR application with Explode and Grab functions

Computer Vision Applications
Computer Vision Implementation for Object Detection and Tracking.

This competency enables students to apply computer vision techniques in Unity to track and analyze visual data in real-time. It is critical for developing applications in robotics, AR navigation, and interactive gaming.

- Develop AR-based applications using Unity AR Foundation and Open CV.

- Integrate OpenCV into Unity to enable real-time object detection and tracking.

AI-Powered NLP & Speech Processing for Interactive Applications
This module focuses on integrating Natural Language Processing (NLP) technologies into Unity applications, enabling text-to-speech (TTS), speech recognition, and conversational AI for real-time, interactive experiences. The module covers Whisper AI, Amazon Polly, and OpenAI’s NLP models, ensuring students gain hands-on experience in speech-driven Unity applications, AI-powered storytelling, and AR/VR voice interactions.

- Setting Up NLP Libraries for Unity. Installing and configuring Whisper AI for speech-to-text processing.

Integrating Amazon Polly for real-time text-to-speech (TTS) synthesis.

Using OpenAI GPT-based models for text analysis and response generation.

- AI-Driven AR/VR Voice Commands. Enabling voice-controlled navigation and interactions in AR/VR applications.

Enhancing game storytelling and simulation experiences with AI-driven voice responses.

Using speech recognition to trigger real-time Unity events.

End-to-End AR Application Development
End-to-End Project Execution for AI-Enhanced Applications

This skill emphasizes planning, developing, testing, and deploying comprehensive Unity-based projects that integrate AI for industry-specific applications. It involves managing all stages of development with a focus on achieving functional and performance benchmarks.

- Implement advanced AR/VR interactions using Unity’s XR Interaction Toolkit for immersive AI-based applications.

- Create a complete AI-driven Unity application integrating NLP, and AR/VR functionalities as a capstone project.

Course Content

For Windows:

• Processor: Intel i5-4590/ AMD Ryzen 5 1500X

• Ram: 8 GB or greater (16GB recommended)

• Disk Space: 60+ GB (SSD recommended)

• Operating System: Windows 10 (64-bit)

• Graphic API: DirectX 10,11 or 12 capable GPUs

For Mac:

• Operating System: High Sierra 10.13 or higher using metal graphics

• CPU: X64 Architecture

• Ram: 8 GB or greater

• Disk Space: 60+ GB

For Smartphone:

• Operating System: Android OS 9 or later

• Ram: 1 GB (4GB Recommended)

• Other Features: Gyroscope, Working Rear Camera

• Other Compatible Tools : Any script editor(Preferred Visual Studio or VS code)

• Diplomas and Graduates

• Course for both Coders & Non-Coders

• All Engineering disciplines

Prerequisites and Eligibility

System Requirements

Our teaching methodology

• Certificate of completion

• Hybrid mode learning - both Onsite and Online

• Provision of GPU machines

• Provision of Meta Quest

• Google Classroom contents available 24x7

• Doubt Clearing Support

What to expect after the course?

After completing the Professional AR VR App Development Certification Course, participants can expect to achieve an advanced level of proficiency and specialization in augmented reality (AR) and virtual reality (VR) app development. Here's what they can anticipate:

Comprehensive Skillset: Graduates will possess a comprehensive skillset encompassing 3D modeling, coding, the Unity3D engine, marker-based AR, VR app development, and more. They will be equipped to handle various aspects of AR and VR project development, from conception to execution.

Hands-On Experience: The course offers extensive hands-on experience through self-solving exercises, mini-projects. Participants will develop a deep understanding of AR and VR development principles and techniques through practical application.

Specialized Focus Areas: Students will delve into specialized focus areas such as interaction in VR, web-based AR projects, UI design, character movement, camera movement, animations, and more. This specialized knowledge prepares them for advanced roles in the industry.

Continuous Support: Participants receive 1:1 doubt-clearing support throughout the course, ensuring they have the assistance they need to overcome challenges and successfully complete assignments. This personalized support fosters a conducive learning environment and facilitates skill development.

Career Advancement: With their advanced skills, specialized knowledge, and industry-relevant projects, graduates are well-positioned for career advancement in the AR and VR industry. They may pursue roles such as XR developer, AR/VR engineer, technical lead, project manager, or consultant, depending on their interests and expertise.

Overall, completing the Professional XR AI App Development Certification Course equips individuals with the advanced skills, practical experience, and job placement assistance needed to succeed in the competitive field of AR and VR development.