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Embedded Systems Design

Gain practical knowledge of embedded systems design including microcontrollers, sensors, and real-time programming. The course covers hardware interfacing, firmware development, and system integration used in consumer electronics, automotive systems, and smart devices.

4.8 (24,985 ratings)
198,300 students enrolled
Rohit Dev Created by Rohit Dev | English

Course Overview

The Embedded Systems Design course provides a comprehensive understanding of the design, development, and implementation of embedded systems used in modern electronic devices. Embedded systems are specialized computing systems that perform dedicated functions within larger systems and are widely used in consumer electronics, automotive systems, industrial automation, healthcare devices, and IoT applications.

This course introduces the core principles of embedded hardware and software design, microcontroller architecture, programming techniques, sensor interfacing, communication protocols, and real-time operating systems. Participants will gain hands-on experience in designing embedded solutions using modern development tools and microcontroller platforms.

By the end of the course, learners will be able to design, develop, and test embedded systems for real-world applications.

Who can enrol?

  • Electronics and Communication Engineering students
  • Electrical Engineering students
  • Embedded systems enthusiasts
  • IoT developers and hobbyists
  • Robotics and automation professionals
  • Diploma holders in electronics or electrical engineering
  • Engineers looking to transition into embedded systems development


Tools & Technologies Covered

  • Arduino Development Platform
  • Raspberry Pi
  • Embedded C Programming
  • Microcontroller Development Boards
  • Sensor Modules
  • Serial Communication Interfaces (UART, SPI, I2C)
  • Embedded Development IDEs
  • Debugging and Simulation Tools

Course Curriculum

45 Sections • 480 Lectures • 65h 30m total length

This module introduces the core concepts and architecture of embedded systems.

Topics Covered

  • Introduction to embedded systems
  • Characteristics of embedded systems
  • Embedded system architecture
  • Hardware and software components
  • Types of embedded systems
  • Embedded systems development lifecycle
  • Applications of embedded systems in industry

This module focuses on the hardware components used in embedded system design.

Topics Covered

  • Microcontroller architecture and operation
  • CPU, registers, and memory organization
  • Input/Output ports and peripheral devices
  • Timers and counters
  • Interrupt systems
  • Analog-to-Digital and Digital-to-Analog conversion
  • Embedded development boards and hardware platforms

This module covers programming techniques required to develop embedded applications.

Topics Covered

  • Introduction to Embedded C
  • Data types and variables in embedded programming
  • Control structures and functions
  • Pointer concepts and memory management
  • Register-level programming
  • Bit manipulation techniques
  • Interrupt-driven programming
  • Debugging embedded programs

This module teaches how embedded systems interact with sensors and external devices.

Topics Covered

  • Types of sensors and actuators
  • Sensor interfacing techniques
  • Motor control using microcontrollers
  • Interfacing LCD and OLED displays
  • Keypad and input device interfacing
  • Data acquisition systems
  • Signal conditioning basics

This module explains communication technologies used in embedded systems.

Topics Covered

  • Serial communication fundamentals
  • UART communication protocol
  • SPI communication interface
  • I2C communication protocol
  • CAN protocol for automotive applications
  • Embedded device networking
  • Wireless communication basics

This module introduces real-time computing concepts used in embedded systems.

Topics Covered

  • Real-time system concepts
  • Real-Time Operating Systems (RTOS)
  • Task scheduling and multitasking
  • Inter-process communication
  • Resource and memory management
  • Performance optimization techniques

This module allows learners to apply course concepts through practical projects.

Topics Covered

  • Embedded system design methodology
  • Hardware and software integration
  • System testing and debugging
  • Prototype development
  • Embedded system deployment
  • Final project demonstration

Certifications

  • Embedded Systems Design Certification
  • Project Completion Certificate
  • Industry-Oriented Training Certificate

Career Opportunities

  • Embedded Systems Engineer
  • Firmware Developer
  • IoT Developer
  • Electronics Design Engineer
  • Robotics Engineer
  • Hardware Engineer
  • Automation Engineer

Why Choose Us

  • Industry-focused curriculum aligned with modern embedded technologies
  • Hands-on practical training with real hardware platforms
  • Experienced instructors from electronics and embedded systems industries
  • Real-world embedded system projects and case studies
  • Flexible learning options with online and offline modes
  • Certification recognized by industry professionals

Course Outcome

After completing this course, participants will be able to:

  • Understand embedded system architecture and design principles
  • Program microcontrollers using Embedded C
  • Interface sensors, actuators, and display devices with embedded hardware
  • Implement embedded communication protocols for device connectivity
  • Design real-time embedded applications using RTOS concepts
  • Develop and test embedded system prototypes
  • Troubleshoot and optimize embedded system performance

Frequently Asked Questions

Everything you need to know about this course

An embedded system is a specialized computing system designed to perform specific functions within a larger system, such as in automobiles, medical devices, and consumer electronics. 

Basic programming knowledge is helpful but not mandatory. The course covers Embedded C programming from the fundamentals. 

Participants will learn how to program microcontrollers, interface hardware devices, implement communication protocols, and build working embedded system applications. 

Embedded systems are widely used in industries such as automotive, consumer electronics, industrial automation, healthcare technology, robotics, and IoT development. 

 Yes. The course includes practical exercises and a final embedded system project to apply the concepts learned. 

Participants will work with microcontroller development boards, sensor modules, and embedded programming environments.

 The course typically takes 8 weeks to complete depending on the training schedule. 

Yes. Participants who complete the training and assessments will receive an Embedded Systems Design Certification.

Embedded Systems Design

AED 420.00

AED 450.00

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About the course:
  • Duration: 8 Weeks
  • Mode: hybrid
  • Session: Weekdays or Weekends
  • Level: intermediate
  • Language: English

Student Testimonials

What our students say about this course

Rated 4.8 / 5
8 reviews

The Embedded Systems Design course provided a solid foundation in microcontrollers, firmware development, and hardware interfacing. The hands-on projects helped me understand how embedded systems work in real products. The... The Embedded Systems Design course provided a solid foundation in microcontrollers, firmware development, and hardware interfacing. The hands-on projects helped me understand how embedded systems work in real products. The instructors explained concepts like interrupts, communication protocols, and system architecture in a clear and practical way. Read more

Aditya Rao
Aditya Rao
Embedded Engineer, Bosch

This course was extremely helpful in improving my embedded programming skills. The modules on microcontroller architecture, peripheral interfacing, and real-time embedded applications were very well explained. The practical sessions allowed... This course was extremely helpful in improving my embedded programming skills. The modules on microcontroller architecture, peripheral interfacing, and real-time embedded applications were very well explained. The practical sessions allowed us to build and test embedded projects, which gave me confidence to work on real embedded development tasks. Read more

Ritika Das
Ritika Das
Firmware Developer, Intel

A very practical course for engineers interested in embedded technology. The training covered microcontroller programming, hardware communication protocols, and debugging techniques. The project-based learning approach made the course engaging and... A very practical course for engineers interested in embedded technology. The training covered microcontroller programming, hardware communication protocols, and debugging techniques. The project-based learning approach made the course engaging and helped me understand how embedded systems are developed in real industry applications. Read more

Harsh Patel
Harsh Patel
Electronics Engineer, Wipro

I really enjoyed the embedded systems training. The instructors explained hardware interfacing, serial communication, and firmware development very clearly. The course included several hands-on experiments and mini projects that made... I really enjoyed the embedded systems training. The instructors explained hardware interfacing, serial communication, and firmware development very clearly. The course included several hands-on experiments and mini projects that made the learning experience practical and interesting. Read more

Shreya Iyer
Shreya Iyer
IoT Developer, Qualcomm

The course helped me understand the complete workflow of embedded product development. From microcontroller programming to interfacing sensors and communication modules, every concept was explained thoroughly. The practical labs helped... The course helped me understand the complete workflow of embedded product development. From microcontroller programming to interfacing sensors and communication modules, every concept was explained thoroughly. The practical labs helped me implement embedded applications confidently. Read more

Kunal Mehta
Kunal Mehta
IoT Engineer, TCS

This training provided a great introduction to embedded systems design. The instructors explained key concepts like real-time processing, microcontroller peripherals, and debugging techniques. The practical sessions helped bridge the gap... This training provided a great introduction to embedded systems design. The instructors explained key concepts like real-time processing, microcontroller peripherals, and debugging techniques. The practical sessions helped bridge the gap between theory and real embedded system implementation. Read more

Mohit Bansal
Mohit Bansal
System Engineer, HCL Technologies

The course content was comprehensive and well structured. I especially liked the modules on sensor interfacing and communication protocols. The hands-on labs gave me the confidence to design and test... The course content was comprehensive and well structured. I especially liked the modules on sensor interfacing and communication protocols. The hands-on labs gave me the confidence to design and test embedded applications independently. Read more

Aditi Gupta
Aditi Gupta
Embedded Developer, Tech Mahindra

This embedded systems course helped me understand microcontroller programming and hardware communication in depth. The instructors provided practical examples and guided us through real development scenarios which made the learning... This embedded systems course helped me understand microcontroller programming and hardware communication in depth. The instructors provided practical examples and guided us through real development scenarios which made the learning process highly effective. Read more

Rohan Kapoor
Rohan Kapoor
Electronics Designer, Samsung Electronics
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