The training is for professional development purposes, and the certificate obtained does not replace the MYK authorization certificate in trainings where the MYK authorization certificate is mandatory.

• Autonomous Vehicle Technologies and Fundamentals:

  • The basics of autonomous vehicles: Autonomous driving levels (from Level 0 to Level 5)

  • Key sensor technologies: LIDAR, radar, cameras, ultrasonic sensors

  • Data collection and analysis techniques

  • Environmental perception and decision-making processes in autonomous vehicles

• Advanced Driver Assistance Systems (ADAS):

  • Introduction to ADAS technologies: Lane-keeping, emergency braking, blind spot detection, parking assist

  • Semi-autonomous vehicle features and classifications

  • Driver assistance and safety systems operation

  • Safety-critical systems and standards in autonomous vehicles

• Artificial Intelligence and Machine Learning Applications:

  • AI and machine learning methods used in autonomous vehicles

  • Role of deep learning and image processing techniques in vehicle perception and decision-making

  • AI-based sensor fusion and decision support systems

• Autonomous Driving and Ethical Issues:

  • Safety and ethical concerns in autonomous driving

  • Safety measures for drivers, passengers, and pedestrians

  • Legal regulations, standards, and ethical guidelines (ISO 26262, SAE J3016)

  • Autonomous vehicle traffic rules and responsibilities

• System Integration and Testing Processes:

  • Integration of autonomous and ADAS systems

  • Software testing processes, debugging, and validation

  • Real-time test environments and simulations

  • Test strategies: Virtual tests, dynamic tests, and real-world tests

• Sensor Technologies and Data Analysis:

  • LIDAR, radar, and cameras: Sensor features and integration

  • Sensor data analysis and fusion

  • Perception of road surfaces, traffic signs, and other environmental factors

  • Sensor-to-sensor data integration and interactive systems

• Autonomous Vehicle Safety and Regulations:

  • ISO 26262 safety standards

  • Autonomous vehicle testing and certification processes

  • Software and hardware solutions to ensure system safety

  • Data security and privacy concerns in autonomous vehicles

• Future Trends and Innovations:

  • Emerging trends in autonomous vehicles: 5G integration, V2X (Vehicle-to-Everything) communication

  • Integration of electric vehicles and autonomous driving technologies

  • Future autonomous systems and innovative solutions in the automotive sector

  • Ongoing developments and the widespread adoption of autonomous vehicles