Overview
This course delves into Advanced Driving Assistance Systems (ADAS), providing comprehensive insights into its components, sensors, and applications, enabling learners to understand and engineer ADAS functionalities from scratch.
Objectives
By the end of this course, leaner will be able to:
- Gain a thorough understanding of ADAS principles and functionalities.
- Explore the importance and applications of ADAS in modern vehicles.
- Identify the different levels of ADAS and their implications.
- Learn about the various components and sensors utilized in ADAS.
- Understand the processing and output mechanisms of ADAS sensors.
Prerequisites
- No prior knowledge of automobiles or sensors required.
- Basic understanding of engineering principles is beneficial.
- Openness to learn about electrical and electronics concepts.
- Eagerness to upskill and delve into the realm of ADAS technology.
- Willingness to engage in hands-on learning and experimentation
Course Outline
- Overview of Advanced Driving Assistance Systems
- Evolution and significance of ADAS technology
- Basic principles and functionalities of ADAS
- Different levels of ADAS sophistication
- Common applications and use cases of ADAS
- Impact of ADAS on vehicle safety and driving experience
- Understanding the key components of ADAS
- Overview of sensors used in ADAS systems
- Role of processors and communication modules in ADAS functionality
- Processing mechanisms of ADAS sensors
- Generating output for steering, braking, and acceleration
- Integrating sensor fusion techniques for enhanced performance