Embedded Systems Course
An incredible year. An extraordinary placement record.
Program Overview
Eligibility Criteria
- BE / BTech / ME / MTech (All Circuit branches including CSE/IT) / B.sc / BCA
- Electronics / Biomedical
- Mechatronics, Msc electronics
Courses we offer
Access to our short-term and long-term technical education programs
Embedded systems Development
Embedded systems are advancing faster than ever, sparking innovation across industries and made possible by affordable, high-performance hardware and software solutions.
Automotive Embedded
In the automotive sector, embedded systems are transforming vehicles by allowing electronics to intelligently manage mechanical functions, leading to greater efficiency, safety, and innovation.
Embedded C
Embedded C adds special features to the C language, created by the C Standards Committee to make programming easier and more consistent across different embedded devices.
Advanced Industry Program in Embedded Systems
The Advanced Industry Program in Embedded Systems is designed to equip learners with the practical skills and in-depth knowledge required to build real-world embedded applications. It covers core topics such as microcontroller programming, embedded C/C++, RTOS, Linux for embedded platforms, and hardware interfacing with sensors and communication protocols.
Robotics and Automation in Embedded Systems
Robotics and Automation in embedded systems focus on integrating intelligent control with hardware to perform tasks with precision and autonomy. Embedded controllers act as the “brain” of robots, processing sensor inputs, making decisions, and driving motors and actuators in real time. Automation systems rely on communication protocols, control algorithms, and real-time operating systems to ensure smooth and reliable operation.
Artificial Intelligence in Embedded Systems
Artificial Intelligence in embedded systems enables devices to process data, learn from it, and make intelligent decisions directly at the edge, without relying heavily on cloud computing. By integrating AI algorithms such as machine learning, computer vision, and pattern recognition into embedded hardware, systems can perform tasks like object detection, speech recognition, and predictive maintenance in real time.
IoT in Embedded Systems
IoT in Embedded Systems involves connecting embedded devices to the internet so they can collect, exchange, and analyze data in real time. Embedded systems equipped with sensors, microcontrollers, and wireless communication modules work together to monitor environments and control devices remotely. IoT enables automation, smart decision-making, and seamless integration between physical devices and cloud platforms.
Program Modules
Goal: An introduction to fundamental C programming concepts essential for embedded systems development
Details: This module helps students rapidly learn and apply embedded system concepts through hands-on C programming. By the end of the module, students will be able to analyse problems and develop effective solutions using advanced features of the C language
Duration: 2 Weeks (Theory + Lab sessions)
Platform: Windows and Linux
Tools: Windows – IDEs, Linux – vi/vim editor, gcc, gdb, git
Module Assessment:
• Theory – Objective + QA + Programs
• Lab exam
• Viva – Module basics + Interview questions
Topics:
• Introduction to Linux environment
• Essential shell commands, Vi editor
• Assembler, Compiler, Linker, Hex generator, Loader
• History of C, Structure of a C program
• Variables, Constants Vs Enumeration
• Data Types and Sizes
• Control Statements, I/O statements, Operators
• Functions and Macros
• Storage Classes
• Scope and Lifetime of a variable
• Static, Global and Volatile
• Recursive Functions
• Stack Frame Analysis
• Drawbacks of Functions
• GDB, Basic Debugging Commands
• Algorithm Designing using UML diagrams – Flowcharts, Sequence diagrams, State Charts
• Debugging a sample C Program
• Coding guidelines, Coding style/documentation
Goal: Master Microcontroller programming essential for embedded systems development
Details: This module helps students rapidly learn and apply embedded system concepts through hands-on Microcontroller programming. By the end of the module, students will be able to analyse problems and develop effective solutions on Microcontrollers.
Duration: 4 Weeks (Theory + Lab sessions)
Platform: Windows and Linux
Tools: Windows – IDE
Module Assessment:
- Theory – Objective + QA + Programs
- Lab exam
- Viva – Module basics + Interview questions
- Mini Project
Topics:
- What are Micro Processors, Micro Controllers?
- Micro controller Vs Microprocessor
- CPU architectures
- ARM 7/9 Architecture
- Introduction to ARM Architecture
- Processor operating states
- Thumb Vs ARM instruction sets
- Exceptions, Interrupt latencies
- Linker & Scatter loading
- ARM Bus architecture
Overview of Cortex M architecture
- Introduction to Cortex M Architecture
- Processor operating states
- ThumbV2 instruction sets
- Vectored Interrupt Controllers
- Peripheral Interfacing o Flash Memory, XiP, NVM RAM
- IO mapped IO vs Memory mapped IO
Embedded Protocols
- Serial/UART, I2C, SPI, CAN
- USB
- Networking – TCP/IP, Ethernet, MQTT
- Wireless Protocols – BT and Wi-Fi
Peripherals Interfacing
- Interfacing LED and Display
- Interfacing a switch and Keypad
- Interfacing ADC & DC Motor
- Sensors and Actuators
Goal: Advanced C coding concepts to master Embedded Systems Programming
Details: This module enables students acquire advanced C programming skills required for embedded system programming. By end of this module, students gain expertise in writing C programs to resolve complex embedded problems.
Duration: 2 Weeks (Theory + Lab sessions)
Platform: Windows and Linux
Tools: Windows – IDEs, Linux – vi/vim editor, gcc, gdb, git
Module Assessment:
- Theory – Objective + QA + Programs
- Lab exam
- Viva – Module basics + Interview questions
- Mini Project
Topics:
- Pointers and Arrays
- String Handling
- Function Pointers
- Command line arguments
- Static and Dynamic Memory Allocation
- Memory Leaks and Dangling Pointers
- Structure Padding and Alignment
- Union and Bit fields
- Using Typedefs and Enumerations
- Overview of Data Structures
- Embedded C Programming
- What is Embedded C
- Assembly Vs C
- C Vs Embedded C
- Need of Cross Compiler
- What and Why Compiler Directives
- Memory Models & Memory Type Specifiers
- Writing Recursive and Reentrant functions
- Intermixing C and Assembly
- Calling C function from Assembly and vice versa
- Best Practices and Pitfalls
Goal: Master essential Linux concepts for embedded systems programming
Details: This module equips students with essential Linux OS concepts and Linux internals required for embedded systems programming. By the end of the module, students will be able to apply Linux OS principles to effectively solve complex embedded system challenges.
Duration: 2 Weeks (Theory + Lab sessions)
Platform: Linux OS
Tools: Linux – vi/vim editor, gcc, gdb, git
Module Assessment:
- Theory – Objective + QA + Programs
- Lab exam
- Viva – Module basics + Interview questions
- Mini Project
Topics:
- Introduction to Linux, History of Linux
- Linux Kernel Versions, Features of Linux
- Linux Kernel Architecture
o User & System Mode
o System Call.
o Process Management
o File Management
o Using proc filesystem
- Inter Process Communication
o Pipes and FIFOs
o Message Queues
o Shared Memory and Semaphore
o Signals and Sockets
- Memory Management in Linux
- Virtual File System, VFS Architecture
- Introduction to EXT2FS / EXT3FS
- Basic Build Environment
o Stages of compilation, C Memory map
o Basics of Linux build system
Goal: An introduction to fundamental C++ programming concepts essential for embedded systems development
Details: This module helps students rapidly learn and apply embedded system concepts through hands-on C++ programming. By the end of the module, students will be able to analyse problems and develop effective solutions using advanced features of the C++ language.
Duration: 2 Weeks (Theory + Lab sessions)
Platform: Windows and Linux
Tools: Windows – IDEs, Linux – vi/vim editor, gcc, gdb, git
Module Assessment:
• Theory – Objective + QA + Programs
• Lab exam
• Viva – Module basics + Interview questions
Topics:
▪ History of C++
▪ Features of C++
▪ C Vs. C++
▪ OOP Concepts
▪ Classes and Objects
▪ Constructors and Destructors
▪ Friend functions and inline functions
▪ Operator Overloading
▪ Inheritance
▪ Public, protected and Private inheritance
▪ Types of inheritance
▪ Function Overriding
▪ Polymorphism
▪ Virtual Functions
▪ Pure Virtual Functions and Abstract classes
▪ Templates
▪ Function Templates
▪ Class Templates
▪ Exception Handling
▪ File Handling
Goal: Master essential RTOS concepts for embedded systems programming
Details: This module equips students with essential RTOS concepts and Linux internals required for embedded systems programming. By the end of the module, students will be able to apply RTOS principles to effectively solve complex embedded system challenges.
Duration: 1 Week (Theory + Lab sessions)
Platform: Free-RTOS
Tools: Windows – IDE
Module Assessment:
▪ Theory – Objective + QA + Programs
▪ Lab exam
▪ Viva – Module basics + Interview questions
▪ Mini Project
Topics:
▪ What are Real Time Systems
▪ Types and Examples of Real Time Systems
▪ Monolithic, Micro and Nano Kernels
▪ Scheduling algorithms
▪ Overview of popular RTOS
▪ Introduction to Free RTOS
▪ Task Management
▪ Inter Task Communication
o Semaphores – Mutex, Counting
o Queues
o Priority Inversion
o Priority Inheritance and Priority Ceiling
▪ Timer and Interrupt Handling
▪ Memory Management
Goal: Gain hands-on experience with current industry technologies
Details: Students would be working on developing solutions in the areas related to below technologies using agile methodologies – scrum (Sprint Kick-Off, Sprint Planning, Daily Standup, backlog management, retrospective, sprint demo)
IoT
o Home Automation – C, UC, RTOS, STM32F4DISCOVERY, AWS
o Asset Tracking – C, UC, RTOS, STM32F4DISCOVERY, AWS, LoRA/GPS/UWB
o Wireless Sensor Networking
Automotive application
o Infotainment – C, C++, Qt, Linux, Raspberry Pi
▪ HMI – Screen transitions
▪ BT – Pairing, HFP, PBAP, MAP
o Telematics
o Automotive Diag/Scan tool – Qt, CAN, C++, PC based Linux
o Test Automation Framework
Robotics
o Pick and Place Robotic Arm – C, UC, RTOS, STM32F4DISCOVERY
o AI-Powered Sorting Robot – Raspberry Pi
o Quadcopter/Drone
Technologies : IoT protocols, AWS, Vehicle networks, GPS, Wireless networking, Python scripting
Tools:
o Build systems -Buildroot and Yocto ()
o Code repositories – GitHub/git(),
o Project Management Tools – Jira, confluence
o Software Design Tools – draw.io (UML Diagrams)
o Unit Testing – gTest (Unit Testing)
o code documentation – doxygen
o Static Analysis – Lint, Cppcheck
o Code Review – git
Duration: 4 Week (Theory + Lab sessions)
Module Assessment:
o Sprint Retrospective meetings
o Sprint/Project Demos
▪ Sprint Demo
▪ Design walkthrough
▪ Code walkthrough
Have Any Questions?
- E-Niyamalabs is rated as #1 Embedded Systems Training Institute and best embedded systems training institute in India by various forums and media
- E-Niyamalabs has 20 years of Experience , No other Embedded Systems training Institute has 20 years of Experience in India
- Courses are Project oriented, we start the project in the beginning of the course, and students develop multiple projects ( minimum 5 ).
- The courses are Job Oriented, We train you on technologies and skills as required in the Industry, nothing more and nothing less.
- Excellent Placement support, working with 1500+ clients in India and abroad.
- Honest & Lowest Fee
- State of art facilities in Lab & Class-rooms
- Value Additions, e-learning courses
- Every course comes with Soft-skill training
- Every course comes with Interview Preparation sessions
E-Niyamalabs offers Job Oriented courses for Job Seekers
- Master in Embedded Systems & IoT
- Full Stack PYTHON Developer
- Full Stack JAVA Developer
- Software Testing with JAVA & Selenium
For Students we offer courses to prepare them for Job Industry by providing Job Orientation on Technologies and Software Engineering.
We offer Short term courses for Working Professionals
For Corporate Clients we offer Training on Technologies and skills as required by the clients.
We provide 100% Genuine Placements for Job Seekers
There are many such reasons why you should join E-Niyamalabs some are listed bellow.
- Placements from Day-1 of the course.
- Professional Soft skill & Interview Training.
- Courses are best suited for the industry.
- Experienced Faculty will Guide your Career.
- Best Infrastructure.
- Complete Project Assistance.
- Reasonable Fee & Payable in Installments.
- Merit Scholarships.
- Backup AV sessions for absentees.
- 20 years of Experience in the Industry.
- Largest Training Institution in India.
Introduction to the Best embedded systems
An best embedded system is a computer system that is designed to perform a specific function or task. In addition to industrial automation and medical devices, these systems are used in consumer electronics as well. The most reliable, efficient, and secure best embedded systems are those designed with the latest technologies.
Yes, We have a dedicated team who prepare and keep enhancing the course materials, Course materials for all modules of the course will be supplied to you in soft copy.
From Day-1 of the course
We place our students in Core Industries, We work with MNC’s , MSI’s ,MSME’s and Startups.
Salary Package varies among our clients the range could be min: 4.5 lakhs to max: 17 lakhs
- Quality Training & Genuine Placements.
- Commitments on what is Promised.
- Training Methodology
- Genuine Placement
- Commitment
- Experience