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Embedded System Design

The objective of the variants in Embedded System Design Programs is to provide a comprehensive understanding of the principles, components, and applications of embedded systems involving the standards and best practices in the development cycles of software, hardware and firmware. The programs also cover PCB design, Code optimization using assembly language.

The Programs aim to equip learners with in-depth knowledge of microcontrollers, processors, and peripheral interfacing, enabling them to design and develop efficient embedded solutions. It focuses on building programming proficiency in languages like C/C++ and familiarizing students with Real-Time Operating Systems (RTOS) for task scheduling and management.

Learners will gain expertise in hardware-software co-design, communication protocols such as UART, SPI, I2C, and CAN, as well as sensor and actuator interfacing. The Programs emphasize system optimization, debugging, and performance analysis to ensure reliability and efficiency in embedded applications. By offering hands-on projects, students will develop the skills to create innovative solutions for real-world applications, including IoT, Robotics, and Automotive Systems. Ultimately, the programs prepare learners for successful careers in embedded system design, fostering problem-solving skills and adaptability to emerging industry technologies.

Training Programs Offered Under Embedded System Design
Program Name Commencement Duration Enroll
Embedded System- Design and Development July 2025 6 Months
Embedded Firmware Development July 2025 4 Months
IoT-Based Embedded Systems July 2025 2 Months
Linux & RTOS-Based Embedded Systems July 2025 2 Months
Embedded C and Microcontroller for Embedded Applications Need Based 1 Month
* The duration of our outcome-based Program may vary depending on the learner’s pace and progress.

Program Outcomes, Takeaways and Support

Capstone Projects

Reskilling, Upskilling and Capacity Building in alignment with industry needs

Bridge the skill gap with programs designed to meet current industry demands.

Industry Oriented Curriculum

Guidance from Industry Experts

Learn directly from professionals actively working in your field of interest.

Corporate Placement

Capstone/Academic Projects

Apply your knowledge through practical, real-world project experiences.

Skill Enhancement

Internship and Skill Enhancement Certificate

Gain hands-on experience and earn credentials to boost your career.

Capstone Projects

Copious Placement Opportunities

Access to numerous job openings with our extensive industry network.

Industry Oriented Curriculum

Soft Skill Enhancement and Career Guidance

Develop essential workplace skills and receive personalized career advice.

Corporate Placement

Scholarships

Financial support options to make quality education accessible to all.

Skill Enhancement

CSR Sponsorship Support

Corporate partnerships that create learning opportunities for students.

Capstone Projects

Industry oriented curriculum

Programs designed with direct input from leading companies and employers.

Industry Oriented Curriculum

Continous Mentorship and hand holding

Ongoing support from mentors throughout your learning journey.

Corporate Placement

24/7 Access to tools

Round-the-clock availability of learning resources and platforms.

Embedded System- Design and Development   6 Months

Program Outcomes

At the completion of the program the learners will be able to:

Indicative Content

Foundation

  • Embedded Systems Basics
  • Computer Architecture
  • C Programming
  • MATLAB & Simulink for Modeling
  • Microcontrollers
  • Sensors & Actuators
  • Communication Protocols

Software Development

  • C++ & Python for Embedded
  • Standards
  • Testing & Debugging
  • OS/Unix/Linux
  • OpenCV for Embedded Vision
  • GitHub CI/CD for Firmware
  • Project Demo & Validation

Hardware Development

  • Digital/Analog Circuits
  • Sensors and Actuator Interfacing
  • Internet Of Things
  • Data Analytics and Machine Learning for IoT
  • Data Visualization Techniques
  • PCB Design
  • High-Speed Design
  • Fabrication Test Cases
  • Board Bring-Up & Debugging

Firmware Development

  • Embedded C
  • RTOS
  • Device Drivers
  • OS vs. No-OS Programming
  • Multithreading & Pipelining
  • Assembly Optimization
  • Capstone Projects

Embedded Firmware Development   4 Months

Program Outcomes

At the completion of the program the learners will be able to:

Indicative Content

Foundation

  • Embedded Systems
  • C Programming
  • Microcontrollers
  • Sensors & Actuators
  • Communication Protocols

Software Development

  • C++ Programming
  • Algorithms - Standard Practices, Standards and Testing
  • Tools: Testing, Verification & Debugging
  • OS, Unix & Linux
  • GitHub

Hardware & Firmware Development

  • Digital, Analog Electronic Circuits
  • Sensors and Actuator Interfacing
  • Internet Of Things
  • Embedded C Programming
  • Embedded Linux & RTOS
  • Device Drivers
  • Algorithm-Programming with OS and Without OS
  • Technology-Pipelining/Parallel Execution, Multithreading

IoT-Based Embedded Systems   2 Months

Program Outcomes

At the completion of the program the learners will be able to:

Indicative Content

Basics on Embedded Systems

  • Embedded System Overview
  • System Architecture Discussion
  • Component Selection
  • Microcontroller

  • Introduction To STM32
  • IDE Setup
  • Architectures & Its Peripherals

C & Embedded C Programming

  • Basics of C Programming
  • Operators and Control Flow
  • Functions and Modular Programming
  • Introduction to Pointers and Memory Access
  • Embedded C vs. Standard C
  • Register-Level Programming and Direct Hardware Control
  • Bitwise Operations & Their Role in Embedded Systems
  • Memory Management in Embedded Systems

Microcontroller

  • Introduction To STM32
  • IDE Setup
  • Architectures & Its Peripherals

Hardware Interfacing

  • Specification & Operation
  • Interfacing Sensors and Actuators

Communication Protocols

  • UART, I2C & SPI and Hands-On Programming

Application of Timers, Interrupts, & Power Optimization

  • Using Timers for Event Handling
  • Implementing Interrupts
  • Power-Saving Strategies
  • Error Handling Techniques

Basics of RTOS, Linux & IoT

  • Introductory concepts of RTOS, Linux & IoT

Network Security

  • Network Protocols
  • Cryptography
  • Authentication and Authorization
  • Network Security Tools

IoT & Remote Monitoring

  • IoT-Basics, Architectures, Data Acquisition
  • IoT Cloud Platforms- ThingSpeak, Blynk app, Arduino Cloud
  • IoT Protocols- MQTT/HTTP, COAP, XMPP
  • IoT Security Challenges

Power Management & Reliability

  • Low Power Detection Techniques
  • System Recovery Methods
  • Enhancing System Reliability
  • Stress Testing Hardware

Linux & RTOS Based Embedded System   2 Months

Program Outcomes

At the completion of the program the learners will be able to:

Indicative Content

Embedded Systems Basics

  • Embedded System Overview
  • System Architecture Discussion
  • Component Selection

C & Embedded C Programming

  • Introduction to C for Embedded Systems
  • Data Types, Operators, and Control Flow
  • Functions, Pointers, and Memory Management
  • Embedded C Specific Concepts

Microcontroller Basics

  • Introduction to STM32/Raspberry Pi
  • IDE Setup
  • Architectures & Its Peripherals

Hardware Interfacing

  • Interfacing Sensors and Actuators
  • Hands-On

Communication Protocols

  • UART, I2C and SPI
  • Serial Communication Implementation

Application of Timers, Interrupts, & Power Optimization

  • Using Timers for Event Handling
  • Implementing Interrupts
  • Power-Saving Strategies
  • Error Handling Techniques

Basics of RTOS, Linux & IoT

  • Introductory concepts of RTOS, Linux & IoT

Embedded Linux

  • Introduction to Unix commands
  • Introduction to Embedded Linux
  • Embedded Linux System Architecture
  • Cross-Compiling Toolchains and C Library
  • Configuring, Compiling and Booting The Linux Kernel
  • Linux Root Filesystem, Accessing Hardware Devices
  • Embedded Linux Application Development

Device Drivers

  • Introduction to Device Drivers
  • Working of Device Drivers, Types of Device Drivers
  • Device Drivers in Embedded Systems
  • Boot Process, Firmware, Bootloaders, U-Boot

Real Time Operating System (RTOS)

  • Task Scheduling Concepts
  • Implementing Multitasking
  • Testing and Debugging RTOS Performance

Embedded C and Microcontroller for Embedded Applications   1 Month

Program Outcomes

At the completion of the program the learners will be able to:

Indicative Content

Embedded Systems Basics

  • Embedded System Overview
  • Microcontroller Role
  • System Architecture Discussion
  • Component Selection

C & Embedded C Programming

  • Introduction to C for Embedded Systems
  • Data Types, Operators, and Control Flow
  • Functions, Pointers, and Memory Management
  • Embedded C Specific Concepts
  • Hands-on: Writing & Debugging Embedded C Code

Microcontroller Basics

  • Introduction to STM32/Raspberry Pi
  • IDE Setup
  • Architectures & Its Peripherals

Hardware Interfacing

  • Interfacing Sensors
  • Interfacing Actuators
  • Hands-On

Communication Protocols

  • UART, I2C and SPI
  • Serial Communication Implementation

Application of Timers, Interrupts, & Power Optimization

  • Using Timers for Event Handling
  • Implementing Interrupts
  • Power-Saving Strategies
  • Error Handling Techniques
  • Hands-On

Basics of RTOS, Linux & IoT

  • Introduction to RTOS, Linux & IoT
Capstone Projects 
Project name
Touch Activated Distance Measurement
IoT Door Surveillance System
Bluetooth Enabled Security Alert System
Local Weather Station
Sugarcane Node Disease Detection
Smart Home Automation using Blynk App
Real-Time Scheduling using RTIC
Sunlight Tracking Solar Panel System
Smart Parking System
Smart Irrigation System using IoT
IoT Conveyor Monitor for Counting and Fall Detection
Alert System using Arduino and NodeMCU