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AR/VR Development
Design and build immersive augmented and virtual reality experiences using modern 3D and spatial technologies.
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AR/VR Development – Creating Immersive Digital Realities
AR/VR Development is a comprehensive, hands-on course that explores the principles, tools, and technologies behind Augmented Reality (AR) and Virtual Reality (VR)—two of the most transformative technologies redefining user interaction, gaming, design, and training experiences.
Learners will gain practical knowledge of 3D graphics, game engines, spatial computing, motion tracking, and human-computer interaction (HCI) as applied to immersive environments. The course blends creativity and technology, enabling you to design, prototype, and deploy AR and VR applications using industry-standard tools like Unity, Unreal Engine, ARCore, ARKit, and WebXR.
You’ll explore the AR/VR ecosystem across sectors such as gaming, healthcare, education, retail, industrial design, and enterprise simulation, learning how immersive technologies drive innovation in the digital era.
Why Learn AR/VR Development?
AR and VR technologies are revolutionizing how people interact with digital content—blending physical and virtual worlds to create fully immersive experiences. They are redefining industries from gaming and retail to healthcare, real estate, and manufacturing.
By mastering AR/VR development, you can:
- Design interactive environments and experiences that engage users deeply.
- Build immersive simulations for training, education, and design.
- Leverage spatial computing and 3D visualization for business and research.
- Contribute to the growing ecosystem of the metaverse and virtual collaboration.
Global leaders such as Meta, Apple, Microsoft, and Unity are heavily investing in AR/VR development — driving explosive demand for professionals skilled in immersive technologies.
What You Will Gain
By completing this course, you will:
- Understand the core principles and differences between AR, VR, and MR (Mixed Reality).
- Learn 3D modeling, rendering, and spatial environment design.
- Develop interactive AR/VR applications using Unity or Unreal Engine.
- Integrate motion tracking, gestures, and real-world mapping in immersive apps.
- Use SDKs like ARCore, ARKit, and WebXR for multi-platform development.
- Apply AR/VR to real-world applications in business, education, and simulation.
- Optimize immersive experiences for performance and usability.
Hands-on projects include:
- Building a VR environment with user interaction using Unity.
- Developing an AR mobile app for object visualization using ARCore or ARKit.
- Creating a WebXR-based interactive experience accessible via browsers.
Who This Course Is For
This course is ideal for:
- Developers & Designers interested in building immersive experiences.
- Game Developers & 3D Artists expanding into AR/VR platforms.
- UI/UX Designers focusing on spatial and experiential interfaces.
- Educators, Trainers, and Marketers creating interactive simulations.
- Students & Innovators exploring human–machine interaction and digital storytelling.
This program bridges creativity and technology, providing the technical and design skills needed to build immersive digital experiences across industries.
By the end of this course, learners will be able to:
- Understand AR, VR, and MR concepts and their technological differences.
- Use Unity and Unreal Engine for developing immersive applications.
- Apply 3D modeling and spatial design techniques to virtual environments.
- Implement AR using mobile SDKs like ARCore (Android) and ARKit (iOS).
- Integrate sensors, cameras, and motion tracking for real-world interaction.
- Apply design principles of user immersion and ergonomics in AR/VR.
- Develop cross-platform XR applications using WebXR and OpenXR.
- Optimize graphics performance and user experience.
- Explore industrial applications of AR/VR in healthcare, education, and manufacturing.
- Deploy AR/VR projects for web, desktop, and mobile platforms.
Course Syllabus
Module 1: Introduction to AR/VR and Extended Reality (XR)
Overview of immersive technologies, evolution, and industry trends.
Module 2: Fundamentals of 3D Graphics and Spatial Computing
Understanding 3D coordinates, rendering, lighting, and physics simulation.
Module 3: Unity and Unreal Engine Basics
Setting up projects, managing assets, scripting interactions, and building scenes.
Module 4: Augmented Reality Development
ARCore and ARKit fundamentals, plane detection, object tracking, and overlays.
Module 5: Virtual Reality Development
VR environments, controllers, locomotion systems, and spatial audio design.
Module 6: Designing User Interaction in XR
Gesture recognition, gaze tracking, and human-centered spatial UX design.
Module 7: WebXR and Cross-Platform Development
Developing browser-based AR/VR experiences and multi-device compatibility.
Module 8: 3D Modeling and Asset Integration
Creating, importing, and optimizing 3D models using Blender, Maya, or Sketchfab.
Module 9: Physics, Animation, and Game Logic
Simulating object behaviors and building interactive narratives in XR.
Module 10: Industrial Applications of AR/VR
Use cases in education, retail, architecture, healthcare, and manufacturing.
Module 11: Performance Optimization and Deployment
Reducing latency, improving rendering, and optimizing for various devices.
Module 12: Capstone Project – Immersive Application Development
Design and deploy a full AR or VR experience, integrating 3D assets, interaction, and animation for a chosen industry scenario.
Upon successful completion, learners will receive a Certificate of Mastery in AR/VR Development from Uplatz.
This certification validates your expertise in designing, developing, and deploying immersive experiences using AR and VR technologies. It demonstrates your capability to:
- Build real-time interactive environments using Unity or Unreal Engine.
- Integrate 3D models, motion tracking, and spatial computing for engaging user experiences.
- Apply AR and VR tools to real-world applications in gaming, enterprise, and education.
This credential confirms your readiness to contribute to the emerging world of immersive computing and metaverse development, empowering you to lead innovation in digital reality technologies.
Proficiency in AR/VR development unlocks diverse career paths, including:
- AR/VR Developer
- 3D Visualization Specialist
- Game Developer (XR/Spatial Computing)
- Metaverse Application Designer
- Immersive Experience Architect
- Simulation & Training Developer
With industries investing in extended reality (XR), skilled professionals in AR/VR are among the most sought-after in gaming, education, healthcare, and industrial simulation sectors.
- What is the difference between AR and VR?
AR overlays digital elements onto the real world, while VR immerses users in a fully virtual environment. - What tools are used in AR/VR development?
Unity, Unreal Engine, ARCore, ARKit, WebXR, Blender, and Vuforia. - What is spatial computing?
A technology enabling interaction between digital and physical environments using 3D mapping and sensors. - What is the role of sensors in AR/VR systems?
They track movement, orientation, and environment to align digital objects with real-world space. - What are key challenges in AR/VR development?
Latency, motion sickness, performance optimization, and hardware constraints. - What programming languages are used in AR/VR?
C#, C++, JavaScript, and Python (for asset scripting and backend). - What is WebXR?
A web-based framework that allows AR/VR content to run directly in browsers. - How is AR/VR used in industries beyond gaming?
Training simulations, retail visualization, remote collaboration, and design prototyping. - What are best practices for designing immersive experiences?
Maintain comfort, avoid motion lag, ensure clear interaction cues, and design for accessibility. - What is the future of AR/VR?
Integration with AI, 5G, and IoT will enable seamless mixed reality and metaverse experiences across platforms.