Platform & Systems Engineering (ARM + x86) for Beginners

Modern products live or die on platform stability: power sequencing, clocks, resets, firmware handoff, and Linux coming up cleanly. This course gives you a practical foundation for ARM and x86 platforms so you can understand what is happening at boot, avoid common bring-up mistakes, and debug issues with a repeatable, evidence-first method.

You’ll learn how to read a platform block diagram and connect it to real interfaces you use in the lab: UART console for boot logs, and common buses like I2C/SMBus, SPI, USB, and PCIe. We’ll build a clear mental model of the boot path from power-on through firmware and into Linux userspace, and you’ll learn how to localize failures to the right stage using symptoms and logs.

You’ll also learn how to use datasheets, reference designs, and errata effectively—extracting “bring-up critical” requirements (rails, clocks, straps, limits) and turning them into a checklist you can execute. Finally, we’ll cover power fundamentals (sequencing, PGOOD, brownouts), clock/reset basics, and simple thermal considerations so you don’t chase false failures.

By the end, you’ll be able to perform a safe first power-on, capture the right evidence, and run a structured isolation loop that scales from dev boards to real products. Complex topics Simplified!