Futuristic Automotive AI
The “Futuristic Automotive” course is a thrilling expedition into the cutting-edge world of advanced automotive technology, where the boundaries of innovation are constantly pushed. Dive into the realm of autonomous vehicles and Advanced Driver Assisting Systems (ADAS) as you explore the intricacies of creating and programming self-driving robots like the Think-Car. This course merges the art of coding with AI technology, enabling you to unlock the potential of futuristic automotive solutions.
LEARNING OBJECTIVE
- Define the key features and functionalities of Think-Car, including its self-driving functions and Advanced Driver Assisting System (ADAS).
- Identify the components and blocks used to build Think-Car and understand their roles in its construction.
- Describe the concepts of coding and AI technology and their applications in creating autonomous robots like Think-Car.
- Summarize the process of coding and integrating ADAS functions into Think-Car’s functionality.
- Explain how each function of ADAS contributes to the self-driving experience of Think-Car.
- Interpret the relationship between coding concepts and the practical implementation of self-driving features.
- Utilize coding skills to program Think-Car and enable its self-driving functions.
- Apply each function of ADAS in the Think-Car to enhance its driving capabilities.
- Demonstrate the ability to make the car perform specific tasks using block-based coding.
- Reflect on the learning process and the application of coding and AI technology to create a self-driving robot.
- Analyze the effectiveness and limitations of Think-Car’s self-driving functions and ADAS features.
- Evaluate the impact of coding on the performance and behavior of the robot.
- Compare and contrast different ADAS functions and their influence on Think-Car’s autonomous driving.
- Integrate multiple ADAS functions into Think-Car to create a comprehensive autonomous driving experience.
- Combine coding skills and AI technology to design innovative applications for Think-Car.
- Design new scenarios and challenges for Think-Car to test its self-driving capabilities.
- Evaluation:
- Assess the performance and accuracy of Think-Car’s self-driving functions in various environments.
- Critique the implementation of ADAS features in Think-Car and suggest improvements.
SESSION PLANNING
Session-wise Activities
- Day 01. Lane Keeping Assist
- Day 02. Intelligent Speed Limit Assist
- Day 03. Auto Lane Chan
- Day 04. Adaptive Cruise Control
- Day 05. Obstacle Avoidance Driving
- Day 06. Wall Detection Driving
- Day 07. Auto Alley Driving
- Day 08. Rear Self-parking
- Day 09. Parallel Self-parking
- Day 10. Driver Easy Access
- Day 11. Driver’s gaze steering
- Day 12. Additional Activity
- Day 13: Innovation Day
- Day 14: Problem Identification
- Day 15: Project – Integrated project
- Day 16: Final Project Presentation
Material Required
- Robotmea Think Car Kit
- Student Manual
- Hands-out (if required)
- Audio-Visual Aid
- Tables
- Chairs
- Presentation/PPT
Competition preparations (as per need)
Empowering Minds in the Digital Era
Address
Office 339, Office Tower, Al Ghurair Center, Deira Dubai
Contact Number
04-339-3803
info@metaverseage.ae