Understand how to integrate sensors and enable communication in embedded systems for data acquisition.

Discover essential control techniques for managing dynamic systems and improving performance.

Understand the design and engineering challenges of developing flying cars and autonomous flight systems.

Explore key concepts and components of embedded systems, focusing on design and implementation.

Learn advanced concepts and practices in embedded systems design and development.

Gain foundational knowledge of physics principles and their applications in technology and engineering.

Learn the fundamentals of electrical circuits, including components, design, and analysis.

Discover emerging connectivity technologies and their impact on communication and data transfer.

Gain foundational knowledge in robotics, covering design, programming, and applications in various fields.

Learn the principles and technologies involved in creating self-driving vehicles, including perception and decision-making.

Discover the fundamentals of self-driving cars with a focus on the Apollo autonomous driving platform.

Explore techniques for combining data from multiple sensors to improve accuracy and reliability in robotic systems.