AR/VR Development using ARCore & ARKit Course in Chennai

825 Ratings

Master AR/VR Development Through Real-Time Augmented and Virtual Reality Projects

Edubrights offers industry-focused AR/VR Development using ARCore & ARKit Training in Chennai designed for students, freshers, mobile app developers, game developers, software engineers, UI/UX designers, and working professionals seeking expertise in building immersive Augmented Reality (AR) and Virtual Reality (VR) applications. Learn how to create interactive AR/VR experiences, 3D applications, and mobile solutions using Google's ARCore and Apple's ARKit.

Gain practical experience in ARCore, ARKit, Unity 3D integration, scene understanding, motion tracking, environmental understanding, object placement, plane detection, light estimation, spatial mapping, 3D asset integration, mobile AR application development, and real-world AR/VR projects through expert-led training and hands-on labs.

Why Choose Edubrights for AR/VR Development Training?

✅ Real-Time AR/VR Development Projects & Industry Case Studies
✅ Live Instructor-Led Training by AR/VR Industry Experts
✅ Hands-On Practice with ARCore, ARKit & Unity
✅ Mobile AR Application Development Experience
✅ Certification Preparation & Technical Guidance
✅ Resume Building & Mock Interview Preparation
✅ Career Guidance & Job Assistance
✅ Flexible Online, Classroom & Weekend Training Options

Build In-Demand AR/VR Development Skills

Learn how organizations develop immersive AR and VR applications for gaming, healthcare, education, retail, manufacturing, real estate, and industrial training. Our training combines practical implementation, mobile development concepts, and industry best practices to help you become job-ready.

Start Your AR/VR Development Career Today

Join Edubrights' AR/VR Development using ARCore & ARKit Course in Chennai and gain the skills required to develop immersive mobile applications, build interactive 3D experiences, and create next-generation augmented and virtual reality solutions.

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₹30000

₹42000

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Case Studies and Projects

Hours of Training

40+

Placement Assurance

100%

Expert Support

Yes

Support & Access

Lifetime

Certification

Yes

Skill Level

All

Language

All

Course Objectives

1. What will you learn in the AR & VR Development course?

You will learn how to design and develop immersive Augmented Reality (AR) and Virtual Reality (VR) applications using industry-leading tools and game engines. The course covers Unity, C#, AR Foundation, ARCore, ARKit, VR interaction, 3D modeling integration, UI design, deployment, and application optimization.

2. How does this course prepare you for real-world AR & VR projects?

The course provides hands-on experience in building interactive AR and VR applications for gaming, education, healthcare, manufacturing, architecture, retail, and enterprise training. You will develop practical skills by creating immersive applications for real-world business scenarios.

3. What practical skills will you develop during the training?

You will gain expertise in Unity development, C# programming, AR Foundation, ARCore, ARKit, VR interaction design, 3D asset integration, animation, UI development, application optimization, debugging, and deployment for Android, iOS, and VR headsets.

4. How will real-time projects improve your AR & VR development skills?

You will work on practical projects involving virtual tours, AR shopping applications, VR training simulators, educational experiences, interactive product visualization, and immersive gaming environments to gain real-world development experience.

5. What career opportunities can you pursue after learning AR & VR Development?

This course prepares you for roles such as AR Developer, VR Developer, Unity Developer, XR Developer, Game Developer, 3D Application Developer, Metaverse Developer, Interactive Media Developer, and Simulation Engineer.

Popular Techniques Covered in This Course

Fundamentals of Augmented Reality (AR) and Virtual Reality (VR)

Unity Game Engine and C# Programming

AR Foundation, ARCore, and ARKit Development

VR Interaction Design and User Experience (UX)

3D Model Integration and Animation

UI/UX Design for AR & VR Applications

Physics, Lighting, and Environment Design

Performance Optimization and Debugging

Android, iOS, and VR Headset Deployment

XR Development Best Practices and Industry Standards

Get Hands-on Knowledge about Real-Time Projects

Project 1

Project 1: AR Furniture Visualization App

Develop an augmented reality application that allows users to visualize furniture placement in real-world environments before purchasing.

Project 2

Project 2: Virtual Reality Training Simulator

Build a VR training application for industrial safety, employee onboarding, or equipment handling with interactive learning modules.

Project 3

Project 3: AR Educational Learning Platform

Create an educational application that uses augmented reality to provide interactive learning experiences for students.

Project 4

Project 4: Virtual Real Estate Property Tour

Develop a VR application that enables users to explore residential and commercial properties through immersive virtual tours.

Project 5

Project 5: Interactive AR Product Catalog

Design an AR application that displays 3D products, animations, and detailed product information using smartphones or tablets.

Key Features

Edubrights offersAR & VR DEVELOPMENT Training in virtual mode with expert trainers.Here are the Key Features,

40 Hours Course Duration

100% Job Oriented Training

Industry Expert Faculties

Free Demo Class Available

Completed 500+ batches

Certification Guidance

Curriculum

Module 1: Introduction to AR and VR Technologies

XR spectrum: VR, AR, MR, and the metaverse landscape
Hardware overview: Meta Quest, HoloLens, Apple Vision Pro, and mobile AR
AR vs VR development use cases: training, retail, healthcare, and gaming
Development platforms: Unity XR, Unreal Engine XR, and WebXR

Module 2: VR Development with Unity

Unity XR Interaction Toolkit setup and configuration
XR Rig: camera offset, controllers, and tracked pose driver
Locomotion: teleportation, continuous movement, and snap turning
Interaction system: grabbing, poking, and activating VR objects

Module 3: AR Development with ARFoundation

Unity ARFoundation: cross-platform AR framework overview
Plane detection: horizontal and vertical surface detection
Image tracking: detecting and responding to 2D marker images
Object placement: anchors, raycasting, and AR session management

Module 4: Spatial UI and UX Design for XR

World-space UI: designing interfaces for VR environments
Gaze and hand interaction patterns for head-mounted displays
Comfort and immersion: avoiding motion sickness in VR experiences
Spatial audio: 3D positional sound for immersive environments

Module 5: Advanced VR Interactions

Hand tracking: using hand skeletal data for gesture interactions
Haptic feedback: triggering controller vibrations for tactile response
Physics-based interactions: realistic object manipulation in VR
Multiplayer VR: shared virtual spaces and avatar representation

Module 6: Advanced AR Features

Face tracking and AR face filters with ARFoundation
Body tracking and AR body effects
LiDAR-based depth sensing for precise AR placement on iOS
Cloud anchors: persistent AR content shared across devices

Module 7: Optimisation and Deployment for XR

Performance profiling: frame rate, draw calls, and GPU optimisation for VR
Foveated rendering and fixed-foveated rendering for headset performance
Building and deploying to Meta Quest, iOS ARKit, and Android ARCore
WebXR: delivering AR and VR experiences through the browser

Module 8: Capstone Project and Assessment

VR training simulation: immersive environment with XR Interaction Toolkit
AR product visualisation app for iOS and Android deployment
Performance optimisation and multi-platform XR build exercise
Final assessment and course certification

Receive Training From Our Skilled and Effective Trainers

Experience in the Industry Learn from XR developers who have built virtual reality training simulations, augmented reality product experiences, and mixed reality applications for manufacturing, healthcare, retail, and entertainment industries.

Backgrounds at the Top Our AR/VR trainers have worked at XR studios, enterprise software companies, and innovation labs delivering immersive experiences on Meta Quest, HoloLens, iOS ARKit, and Android ARCore platforms.

Clear & Effective Teaching Unity XR Interaction Toolkit, ARFoundation, VR locomotion, AR plane detection, spatial UI design, hand tracking, haptics, and XR optimisation are taught with real immersive experience development examples.

Hands-On Learning Focus Students build complete VR simulations and AR mobile apps, implement XR interaction systems, optimise for headset performance, and deploy to Meta Quest and mobile platforms through structured labs.

Up-to-Date Knowledge Trainers keep content current with the latest Meta Quest SDK releases, Apple Vision Pro visionOS development, Unity XR Interaction Toolkit updates, and evolving spatial computing best practices.

Professional AR & VR Development Certification

The Professional AR & VR Development Certification validates your expertise in designing and developing immersive Augmented Reality and Virtual Reality applications.

Course FAQs

1. What is Augmented Reality (AR)?

Answer: Augmented Reality overlays digital objects and information onto the real world using smartphones, tablets, or AR-enabled devices.

2. What is Virtual Reality (VR)?

Answer: Virtual Reality creates a fully immersive digital environment that users can explore using VR headsets and controllers.

3. What is Unity?

Answer: Unity is a popular game engine used for developing AR, VR, mobile, desktop, and cross-platform applications.

4. What is AR Foundation?

Answer: AR Foundation is Unity's framework that enables developers to build cross-platform AR applications using ARCore and ARKit.

5. Why is AR & VR technology used?

Answer: AR and VR enhance user engagement by creating immersive experiences for gaming, education, healthcare, retail, manufacturing, and enterprise training.

6. Which industries use AR & VR?

Answer: Gaming, healthcare, education, architecture, manufacturing, retail, automotive, real estate, defense, and entertainment industries use AR and VR technologies.

7. Is AR & VR Development suitable for enterprise applications?

Answer: Yes. AR and VR are widely used for employee training, product visualization, remote collaboration, simulations, and customer engagement.

8. Does the course include practical AR & VR projects?

Answer: Yes. The course includes hands-on projects involving immersive applications, simulations, AR experiences, and virtual environments.

9. Is AR & VR Development beginner-friendly?

Answer: Yes. Basic programming knowledge is helpful, and the course progresses from fundamentals to advanced AR and VR application development.

10. Why should professionals learn AR & VR Development?

Answer: AR and VR technologies are rapidly growing across industries, creating excellent career opportunities for developers with immersive application development skills.