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Course Outline
Introduction
- Definition and purpose of intelligent driving
- Intelligent driving compared to traditional driving
- Overview of intelligent driving features and architecture
- Navigating the intelligent driving interface and workspace
Understanding AI and Multi-Sensor Information Fusion
- Intelligent driving session lifecycle
- Application of AI and multi-sensor information fusion in intelligent driving
- Creating and importing 3D files for intelligent driving workflows
Driving Skills and Techniques
- Practicing essential driving skills and techniques
- Adjusting driving settings
- Measuring, tagging, commenting, and markup
Driving Scenarios and Situations
- Practicing various driving scenarios and situations
- Identifying and responding to potential hazards and risks
- Adhering to and applying road rules and regulations
- Navigating complex and dynamic driving environments
Driving Performance and Evaluation
- Analyzing and evaluating driving performance, behavior, and feedback
- Creating and demonstrating animations of driving sessions
- Generating and viewing images and videos of driving sessions
- Performing clash detection tests and verifying the integrity of driving sessions
Driving Integration and Application
- Integrating learned knowledge and skills with real-world driving challenges
- Collaborating and connecting with other drivers and instructors
- Estimating and creating material costs for driving sessions
- Creating and animating driving timelines while verifying schedule validity
Troubleshooting
Summary and Next Steps
Requirements
- Foundational understanding of artificial intelligence (AI) concepts and principles
- Proficiency with 3D design software such as AutoCAD, Revit, or 3ds Max
- Basic programming experience (optional)
Audience
- Developers
- Architects
21 Hours