Professional
Embedded Systems Engineering
Master the art of designing computer systems tailored for specific industrial and consumer tasks. From low-level electrical circuits and CPU architectures (MIPS32, PIC32) to advanced RTOS kernel development, task synchronization, and wireless device design.
Duration
7-8 Weeks
Level
Professional
Accreditation
ISO Verified
Format
Online
Preparation
Mock Interviews
Career Tool
Resume Building
Industrial Curriculum
Phase 01: Hardware Prototypes & OS Basics
Electrical circuit prototypes, CPU breakout boards, and multitasking foundations. Learning Kernels, Schedulers, and handling Deadlocks/Critical Sections.
Phase 02: Architecture & Interrupt Systems
MIPS32 & PIC32 architecture study, memory layouts, and ISR (Interrupt Service Routines). Implementing interrupt response within an operating system.
Phase 03: BSP & Peripherals (UART, SPI)
Board Support Package (BSP) setup including System Timers, Tick Interrupts, and communication protocols. Hands-on UART and SPI ping-pong testing.
Phase 04: Kernel Dev & Advanced Wireless Design
Stack management, Context Switching in Assembly, Mutexes, and Semaphores. Bonus lectures on ESP32 Wireless design and MPU6500 device drivers.