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Course Outline
Core Principles of Augmented Reality
- AR fundamentals: conceptual frameworks, historical context, and operational applications
- Technical architecture: sensor integration, camera input processing, and computer vision mechanisms
- ARCore system capabilities and compatible device requirements for government deployment
Development Environment Setup and Configuration
- Installation procedures for the ARCore SDK within Android Studio and Unity environments
- Deployment of required libraries, build tools, and system dependencies
- Configuration of project parameters and device debugging protocols
ARCore Architecture and Application Programming Interfaces (APIs)
- Mechanisms for motion tracking and environmental perception
- Implementation of plane detection, light estimation, and depth analysis APIs
- Utilization of Cloud Anchors to facilitate shared collaborative experiences
- Management of three-dimensional models, textures, and material properties within AR contexts
Practical Application Development
- Design and development of an AR-based commercial simulation module for government training
- Development of interactive user interfaces and product visualization tools
- Implementation of standard user interaction functions, including touch input, rotation, and scaling
System Integration and Deployment
- Validation testing of AR applications on compatible Android devices
- Application packaging, export procedures, and distribution via the Play Store or secure internal government channels
- Adherence to best practices for system performance, user experience, and data governance
- Preparation of technical documentation and project assets for official presentation
Capstone Project
- Design and development of an AR prototype for commercial educational purposes
- Demonstration and assessment of technical operational capabilities
- Pedagogical review and discussion of practical implementation scenarios
Executive Summary and Strategic Next Steps
Requirements
- Foundational knowledge of Android development or the Unity engine interface
- Proficiency in 3D graphics principles and mobile application ecosystems
- Commitment to advancing educational technology and interactive digital media solutions for government initiatives
Audience
- Academic faculty and instructional staff within technology and innovation departments
- Software engineers and content specialists focused on augmented reality platforms
- Educators evaluating immersive technologies for both academic and commercial environments
21 Hours
