Embedded Systems
Master bare-metal firmware engineering, microcontroller architectures, communication buses, and RTOS environments.
Embedded C/C++ & Memory Management
Understand low-level language concepts, pointer arithmetic, bitwise manipulation, memory segments, and volatile/const qualifiers.
Digital & Analog Electronics Basics
Analyze core electronic elements, passive components, voltage/current relations, and mathematical circuit analysis models.
Digital Logic Design & Computer Architecture
Master Boolean algebra, combinational and sequential logic, registers, and CPU architecture (ARM & RISC-V).
Measurement & Debugging Instruments
Learn how to probe signals, debug lines, and diagnose circuits using instruments safely.
Hardware Design & PCB Engineering
Examine schematic capture, multilayer PCB layouts, component footprints, and electromagnetic compliance (EMC).
MCU Architecture & Clock Configuration
Examine internal processor structures, PLL clock multipliers, interrupt controllers, and power profiles.
On-Chip Hardware Peripherals
Configure core hardware timer capture-compare units, PWM generators, DMA streams, and watchdogs.
Communication Protocols
Implement UART, I2C, and SPI serial buses and understand advanced protocols like CAN and USB.
Bare-Metal Drivers & Compiler Toolchains
Create drivers directly from device registers, configure startup files, linker scripts, and cross-compilers.
Real-Time Operating Systems (RTOS)
Coordinate preemptive multitasking, task scheduling, deterministic execution, and inter-thread communications.
Hardware-in-the-Loop (HIL) & Unit Testing
Write unit tests, execute mock files off-target, verify memory profiles, and run automated HIL diagnostics.