⚙️ Embedded Systems

Microcontrollers • RTOS • Sensors • IoT • Firmware • Real-Time Systems • Hardware

Master the art of designing intelligent devices — from bare-metal programming and RTOS to IoT connectivity and edge AI.

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Embedded Systems Concepts & Technologies

Beginner

⚙️

Embedded Systems Basics

Components, characteristics, design flow, constraints.

Number Systems & Data Representation

Binary, hex, fixed-point, floating-point.

Arduino Basics

Programming, GPIO, analog, serial, shields.

ARM Cortex-M

Architecture, registers, interrupts, CMSIS.

AVR Microcontrollers

ATmega, ATtiny, timers, ADC, EEPROM.

ESP32 & IoT

Wi-Fi, Bluetooth, dual-core, sensors.

STM32 Family

HAL, DMA, timers, peripherals, CubeMX.

Raspberry Pi Pico

RP2040, dual-core, PIO, MicroPython.

UART Communication

Serial, baud rate, parity, RS-232, RS-485.

I2C (Inter-Integrated Circuit)

Master/slave, addressing, clock stretching.

SPI (Serial Peripheral Interface)

Full-duplex, MOSI, MISO, chip select.

CAN Bus

Automotive, differential, arbitration, error handling.

USB Protocol

Host/device, endpoints, descriptors, classes.

RTOS Basics

Tasks, scheduling, priorities, real-time constraints.

FreeRTOS

Tasks, queues, semaphores, mutexes, timers.

ThreadX

Azure RTOS, preemption, memory management.

Zephyr RTOS

Scalable, open-source, device tree, Bluetooth.

VxWorks

Real-time, aerospace, automotive, safety-critical.

Firmware Development

Bare-metal, interrupts, bootloaders, optimization.

Embedded C/C++

Memory-mapped I/O, volatile, bit manipulation.

Assembly Programming

Instruction set, registers, optimization.

Sensor Interfacing

Analog, digital, I2C/SPI sensors, calibration.

Actuator Control

Motors, servos, PWM, H-bridge.

Digital Signal Processing

Filters, FFT, audio, sensor fusion.

IoT Connectivity

Wi-Fi, Bluetooth, LoRa, Zigbee, MQTT.

MQTT Protocol

Pub/sub, QoS, brokers, IoT messaging.

CoAP Protocol

Constrained devices, RESTful, UDP.

Embedded Linux

Kernel, device tree, Yocto, Buildroot.

Linux

Advanced

🍓

Raspberry Pi

GPIO, Python, camera, projects, sensors.

BeagleBone

PRU, industrial, real-time Linux.

Power Management

Sleep modes, battery, voltage regulation.

Energy Harvesting

Solar, RF, piezoelectric, ultra-low power.

Safety-Critical Systems

IEC 61508, ISO 26262, DO-178C.

Embedded Security

Secure boot, encryption, tamper protection.

Embedded Debugging

JTAG, SWD, GDB, logic analyzers.

Oscilloscope & Logic Analyzer

Signal analysis, timing, protocol decoding.

Simulation & Emulation

QEMU, model-based, hardware-in-the-loop.

FPGA in Embedded Systems

Verilog, VHDL, SoC, Zynq.

Edge AI & ML

TensorFlow Lite, TinyML, model deployment.

Advanced

Expert

🚗

Automotive Embedded

ECUs, AUTOSAR, CAN, FlexRay.

Advanced

Industry

⚙️ Embedded Systems Mastery Roadmap

🔰 Foundation

Basics, Arduino, sensors, GPIO, C programming

📶 Core

ARM, I2C/SPI, RTOS basics, firmware, IoT

🔥 Deep Dive

FreeRTOS, embedded Linux, security, debugging

🏆 Frontier

FPGA, Edge AI, safety-critical, automotive

⚙️ Build Intelligent Devices — Master Embedded Systems

Hands-on projects, real hardware, and industry-standard development practices.

Back to Home Embedded Services

⚙️ Embedded Systems

Embedded Systems Basics

Number Systems & Data Representation

Arduino Basics

ARM Cortex-M

AVR Microcontrollers

ESP32 & IoT

STM32 Family

Raspberry Pi Pico

UART Communication

I2C (Inter-Integrated Circuit)

SPI (Serial Peripheral Interface)

CAN Bus

USB Protocol

RTOS Basics

FreeRTOS

ThreadX

Zephyr RTOS

VxWorks

Firmware Development

Embedded C/C++

Assembly Programming

Sensor Interfacing

Actuator Control

Digital Signal Processing

IoT Connectivity

MQTT Protocol

CoAP Protocol

Embedded Linux

Raspberry Pi

BeagleBone

Power Management

Energy Harvesting

Safety-Critical Systems

Embedded Security

Embedded Debugging

Oscilloscope & Logic Analyzer

Simulation & Emulation

FPGA in Embedded Systems

Edge AI & ML

Automotive Embedded

⚙️ Embedded Systems Mastery Roadmap

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⚙️ Build Intelligent Devices — Master Embedded Systems