Course by:

Course Highlights

Embedded Systems are at the heart of modern electronics, powering applications from consumer devices to industrial automation. This course introduces Microcontrollers, Embedded C Programming, Peripherals, and system design using simulation software. It further explores IoT integration, Raspberry Pi, and Arduino projects, providing learners with hands-on exposure to real-time embedded solutions.

  • Skill Type

  • Course Duration

  • Domain

  • GOI Incentive applicable

  • Course Category

  • Nasscom Assessment

  • Placement Assistance

  • Certificate Earned

  • Content Alignment Type

  • NOS Details

  • Mode of Delivery

Course Details

Learning Objectives

What will you learn in Embedded System Course?

  • Understand fundamentals and applications of embedded systems
  • Programme microcontrollers using Embedded C and Arduino IDE
  • Interface peripherals like timers, sensors, and displays
  • Design Embedded circuits using Proteus simulation
  • Implement IoT solutions with 8051, Raspberry Pi, and Arduino
  • Develop real-time Embedded projects for automation and robotics
Read more
Reasons to enrol

Why should you take Embedded System Course?

  • Gain practical skills in microcontroller programming and interfacing
  • Learn Embedded C, Arduino, and Python for Embedded applications
  • Work on IoT and automation projects using sensors and controllers
  • Hands-on exposure with Raspberry Pi and Proteus software
  • Build robotics projects with Arduino
  • Earn an industry-recognised certification for career growth
Read more
Ideal Participants

Who should take Embedded System Course?

  • Electronics and Electrical Engineering students
  • Beginners aiming to learn Embedded Systems from scratch
  • IoT enthusiasts interested in real-time applications
  • Robotics hobbyists and developers
  • Professionals looking to transition into Embedded systems roles
Read more
Curriculum

Curriculum

Level 1 - Foundations of Embedded Systems

  • Introduction to Embedded Systems
  • Applications of Embedded Systems
  • Characteristics of Embedded Systems
  • Real-time Embedded Systems

Level 2 - Microcontrollers and Programming

  • Microprocessors and Microcontrollers
  • Types of Processors
  • Architecture and Classification of 8051
  • Pin Diagram of 8051
  • Embedded C Programming using 8051
  • Data Types in 8051 C
  • Delays

Level 3 - Peripherals, Interfacing and System Design

  • Various Peripherals in Embedded Systems
  • Timer, Serial Communication and Interrupt Programming
  • Sensor Interfacing with 8051
  • DC Motor Interfacing with 8051
  • Proteus Installation and Designing
  • Proteus Schematic Capture
  • Switches and Relays
  • Display Devices and Seven Segment Display Interfacing
  • Communication Devices in Embedded Systems

Level 4 - IoT, Raspberry Pi and Arduino Applications 

  • Introduction to IoT and Smart Applications
  • Automated Door Opening System using IR Sensor
  • Burglar Alarm System
  • Raspberry Pi: Introduction, Hardware Specs and Configuration
  • Programming Raspberry Pi with Python and Basics of Python
  • Reverse Parking Sensor with Raspberry Pi
  • Arduino: Introduction, IDE and Programmes
  • Arduino Serial Communication and IR Sensor
  • Device Control via Switches and PC
  • Robotics using Arduino (Switch-based Robot Operation)
Read more
skills and tools

Tools you will learn in Embedded System Course:

Skills:

  • Microcontroller Programming (8051, Arduino, Raspberry Pi)
  • Embedded C Programming
  • Peripheral and Sensor Interfacing
  • IoT Device Development
  • Simulation with Proteus
  • Real-time Embedded Applications

Tools:

  • 8051 Microcontroller
  • Proteus Simulation Software
  • Arduino IDE
  • Raspberry Pi and Python
  • Embedded C
Read more