Domain Roadmap & Detailed Overview

Embedded Systems

Build strong foundations in microcontrollers, embedded programming, and real-time system design.

• Embedded C: Learn to write efficient, low-level programs that interact directly with hardware — covering memory management, registers, interrupts, and timing-critical code.
• Basics of Electronics: Understand the behavior of circuits, sensors, resistors, transistors, and power systems to confidently design and debug embedded hardware.
• MATLAB: Use MATLAB for algorithm development, simulation, signal processing, and modeling embedded applications before implementation on a microcontroller.
• Communication Protocols (SPI, UART, I2C): Master the essential serial protocols used in microcontrollers to communicate with sensors, memory chips, and peripherals.
• PCB Design & Fabrication: Learn schematic design, PCB layout, routing, and manufacturing workflows to build real hardware prototypes from concept to production.
• RTOS & Real-Time Systems: Understand task scheduling, priorities, semaphores, and concurrency to design predictable, time-critical embedded applications.