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Top Rated • 4.7 ⭐

Embedded Systems Course

70 hours • 8 Modules • Certificate • Hands-on Projects
C Programming Microcontrollers IoT RTOS
Learn how embedded systems power the world around you — from smart devices to industrial automation. Build, program, and optimize hardware-software integrated systems with real-world microcontroller projects.

What you'll learn

By the end of this course, you’ll understand how embedded systems work, be able to program microcontrollers, interface sensors and actuators, and design reliable embedded applications for IoT and automation.

Core topics

  • Introduction to Embedded Systems & Architecture
  • Microcontrollers (AVR, ARM, Arduino, STM32)
  • C Programming for Embedded Applications
  • Sensor & Actuator Interfacing
  • Real-Time Operating Systems (RTOS)

Hands-on

  • Embedded C projects using Arduino & STM32
  • Sensor data acquisition and control systems
  • IoT communication using ESP32 / Wi-Fi modules
  • Capstone: Design & deploy an IoT-based embedded system

Course syllabus

01
Introduction to Embedded Systems
Overview, hardware & software basics
+
Topics: What is an embedded system, components, architecture, and applications.
02
C Programming for Embedded Systems
Memory, pointers, structures, and drivers
+
Topics: Embedded C basics, GPIO programming, and low-level I/O.
03
Microcontroller Architecture
AVR, ARM, STM32, and Arduino
+
Topics: Registers, timers, interrupts, ADCs, communication protocols (UART, SPI, I2C).
04
Sensor & Actuator Interfacing
Input-output devices & peripherals
+
Topics: Temperature, ultrasonic, IR sensors, motor drivers, PWM control, and servo interfacing.
05
Real-Time Operating Systems (RTOS)
Multitasking & scheduling
+
Topics: Task creation, synchronization, semaphores, queues, FreeRTOS implementation.
06
IoT & Cloud Integration
IoT communication protocols & data monitoring
+
Topics: ESP32, MQTT, Blynk, ThingSpeak, and IoT dashboards.
07
Debugging & Optimization
Code debugging & hardware testing
+
Topics: In-circuit debugging, performance tuning, and power optimization techniques.

Projects & Capstone

Work on practical embedded projects integrating sensors, microcontrollers, and IoT communication.

  1. Temperature & humidity monitoring system
  2. Home automation using Wi-Fi (ESP32)
  3. Line-following robot
  4. Smart irrigation system with sensors
  5. Industrial motor control interface
  6. Capstone: IoT-based embedded monitoring system

Instructor

AK
Arjun Kumar
Embedded Engineer — 8+ years experience
Office hours: Wed & Sat 6–8 PM

Frequently Asked Questions

Do I need to know programming before joining?
Basic C knowledge helps, but beginner modules will teach you everything from scratch.
Is there a certification after completion?
Yes, a verified certificate is provided upon successful completion of the course.
Will there be hands-on hardware experience?
Yes — you’ll work on real microcontroller boards and IoT modules.
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