Embedded Systems Engineer

From Architecture to Production

Master embedded systems from processor fundamentals through real-time operating systems to production-grade firmware — covering ARM architecture, assembly, HAL programming, sensors, actuators, and USB protocols.

8Series
249Articles
120Hours
All Learning Paths
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0 / 249 articles
ARM Assembly
Assembly Mastery
CMSIS
STM32 HAL
Embedded Systems
Embedded Hardware
Sensors & Actuators
USB Development
Step 1 — 28-Part Series

ARM Assembly

ARM processor architecture, registers, instruction sets, and bare-metal programming.

Step 2 — 25-Part Series

Assembly Mastery

Advanced assembly techniques, optimizations, ABI conventions, and system calls.

Step 3 — 20-Part Series

CMSIS

Cortex Microcontroller Software Interface Standard — HAL abstraction and RTOS integration.

Step 4 — 18-Part Series

STM32 HAL

STM32 Hardware Abstraction Layer — GPIO, timers, UART, SPI, DMA, and interrupts.

Step 5 — 13-Part Series

Embedded Systems

RTOS, scheduling, memory management, power optimization, and debugging embedded firmware.

Step 6 — 28-Part Series

Embedded Hardware

PCB design, power supplies, signal integrity, EMC, and hardware-software co-design.

Step 7 — 100-Part Series

Sensors & Actuators

Temperature, pressure, motion, optical, chemical sensors plus motors, solenoids, and actuator drivers.

Step 8 — 17-Part Series

USB Development

USB protocol stack, device classes, descriptors, enumeration, and firmware implementation.