Students will learn about USB protocols, including definitions, topologies, physical attributes, protocol basics, device structures,

This class explores JTAG protocols, covering definitions, physical attributes, operational mechanics, uses, recommended tools, and

Focusing on I2C protocols, this class covers definitions, physical attributes, session signal definitions, master-slave sequences,

This class offers an in-depth look at SPI protocols, including definitions, physical attributes, signal identification,

Students will learn about UART-driven protocols such as RS232, RS422, and RS485, understanding why they

This class covers UART communication protocols, including physical attributes, signal identification, framing, flow control, and

Students will learn about the significance of communication in embedded systems, types of wired communication

This class introduces the essential tools for hardware analysis, including power supplies, voltmeters, oscilloscopes, protocol

Focused on the importance of datasheets, this class covers how to find and read them,

This class teaches students how to identify and define various components of embedded systems. Topics