This training focuses on spatial computing principles, immersive experience design, 3D environment fundamentals, interaction design, hardware understanding, and basic development workflows for AR/VR applications.
Overview
AR & VR Fundamentals Training is a comprehensive, hands-on program designed to introduce learners to the core concepts, technologies, and development workflows of Augmented Reality (AR) and Virtual Reality (VR). This training focuses on spatial computing principles, immersive experience design, 3D environment fundamentals, interaction design, hardware understanding, and basic development workflows for AR/VR applications. Participants will gain practical exposure to building and understanding immersive applications used in gaming, training, simulation, education, and enterprise use cases.
Learning Outcomes
• Strong understanding of AR, VR, and immersive technologies
• Ability to design basic spatial experiences
• Knowledge of interaction design principles in XR
• Awareness of AR/VR hardware and systems
• Capability to evaluate real-world immersive applications
Duration & Delivery Mode
22 hours
Target Audience
• Aspiring AR/VR Developers
• Game Developers and Designers
• UX/UI Designers interested in immersive design
• 3D Artists and Visualization Professionals
• IT Professionals exploring immersive technologies
Pre-requisites
• Basic understanding of computer applications
• Familiarity with basic programming concepts is helpful
• Interest in 3D graphics or game development
• No prior AR/VR experience required
Skillset Achieved
• Understanding of AR, VR, and MR concepts
• Knowledge of immersive system architecture
• 3D environment and spatial design fundamentals
• Interaction design for immersive applications
• Basics of AR/VR hardware and devices
• Introduction to development workflows for AR/VR
• Awareness of real-world AR/VR use cases
Course Outcome
Upon completion of this training, participants will be able to understand the fundamentals of AR and VR technologies, design immersive experience concepts, and identify appropriate use cases for real-world applications. They will be prepared to move into advanced AR/VR development or specialization tracks.
Course Outline
Introduction to AR & VR Technologies
• Overview of Augmented Reality and Virtual Reality
• Differences between AR, VR, and Mixed Reality
• Evolution and industry applications
• Immersive technology ecosystem overview
Spatial Computing and 3D Environment Basics
• Understanding 3D space and spatial awareness
• Coordinate systems and object positioning
• Basics of 3D environments
• Scene structure and interaction principles
AR/VR Hardware and Devices Overview
• Head-mounted displays and sensors
• Controllers and input devices
• Tracking systems and motion capture basics
• Device capabilities and limitations
Hands-on exercises
Interaction Design for Immersive Experiences
• User experience principles in AR/VR
• Gesture, gaze, and controller-based interactions
• Designing intuitive immersive interfaces
• Accessibility in immersive environments
3D Assets and Environment Concepts
• Role of 3D assets in AR/VR applications
• Environment building fundamentals
• Lighting and spatial audio concepts
• Optimization for real-time rendering
AR/VR Development Workflow Introduction
• Overview of development pipeline
• Scene setup and project structure concepts
• Real-time rendering basics
• Integration of assets into immersive environments
Hands-on exercises
Augmented Reality Fundamentals
• Marker-based and markerless AR concepts
• Object tracking and recognition basics
• AR use cases in mobile and enterprise
• Spatial mapping concepts
Virtual Reality Fundamentals
• VR environment creation principles
• Immersive storytelling concepts
• Simulation and training applications
• Performance considerations in VR
Real-World Applications and Future Trends
• AR/VR in gaming, education, and healthcare
• Industrial and enterprise use cases
• Metaverse and spatial computing trends
• Ethical and usability considerations
Hands-on exercises
Assessment Topics
• AR/VR fundamentals and concepts
• Spatial computing basics
• Interaction design principles
• AR tracking and VR environments
• Hardware and system overview
• Industry applications and trends
Evaluation
• Conceptual AR/VR design exercises
• Spatial environment analysis tasks
• Use-case mapping assignments
• Immersive interaction design scenarios
Course Materials
Participants will receive course materials, slides, reference materials, exercises and access to resources for further learning.
Certification
Participants who successfully complete the training will receive an AcadNXT Certification in AR & VR Fundamentals Training, validating their expertise in immersive technologies, spatial computing concepts, and AR/VR application fundamentals.
Available cities in United States for this course
Explore delivery locations across United States and move into city pages for localized schedules and context.
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What Our Students Say
“The training gave me a strong foundation in AR and VR concepts and design thinking.”
“The training gave me a strong foundation in AR and VR concepts and design thinking.”
“The course helped me understand how AR/VR systems actually work.”
“Very structured and clear explanation of immersive experience design.”
“This course is perfect for starting a career in AR and VR technologies.”