P.G Diploma in Embedded Systems Design

Course Description

The purpose of P.G Diploma in Embedded Systems Design Program is to provide a broad education in embedded systems with the opportunity to specialize in areas that cover theoretical as well as practical aspects of embedded systems development. Special emphasis is placed on engineering skills, integration of software and hardware, system design, integration, verification and the management of the design process.

What you’ll learn

  • Programming
  • Controllers Architecture and interface
  • Embedded C++
  • OS Fundamentals and Advanced System Programming
  • RTOS Concepts and programming
  • Embedded Linux Development
  • Linux BSP and Device Driver
  • Embedded Programming with Python
  • IoT (Internet of Things)
  • Automotive Embedded

Who Is This Program For?

The course would be highly beneficial for any Electronics Engineer, Software Engineer, Hardware engineer, Field Engineer or Project Manager tasked with the development of an application that would benefit from a real time operating system. The hands-on exercises and guidance from experienced trainer provide a well-supported learning environment that can be delivered onsite

Job Opportunities

  • Firmware Engineer
  • Design Engineer
  • Solutions Architect
  • Embedded Systems Architect
  • Software Engineer
  • Embedded Software Engineer
  • Systems Engineer
  • (Field) Applications Engineer
  • Embedded Software/Hardware Developer
  • Technical Project Manager
  • Product Engineer

Minimum Eligibility

B.E./ B.Tech. ( ECE / Electronics / IT / CSE / Instr)

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P.G Diploma in Embedded Systems Design


    Objective: Should be able to implement prototype libraries

  • Introduction to Data structure with Practical and analytical approach to develop Algorithms using C/C++
  • Python: Understanding OOPs concepts and implementing them, Controlling Hardware interface using Python and Python Libraries
>>Controllers Architecture and interface

    Objective: Should be able to make SMART solution for daily uses (like smart meters, Robots etc.)

  • RISC and CISC architecture
  • Overview of Assemble instruction set
  • Introduction to Firmware development using C programming
  • ARM: Introduction to ARMv4T architecture, AMBA bus overview and General purpose Register in ARM core
  • Use of Keil IDE
  • In depth hands on practical of Protocols like I2C, SPI, UART
  • Hardware interfaces like LCD, Keypad, Motors, IR sensors etc.
  • Develop library for reuse on different Hardware platform
>> Embedded C++
  • Object Oriented Concept
  • Setup Development Environment
  • Function Overloading
  • Scope Resolution Operator
  • Classes in C++
  • Error handling,Access Specifiers
  • Constructor, Destructor
  • Static members, Functions
  • Friend Classes, Friend Functions
  • Operator Overloading
  • Data Conversions
  • Data Hiding,Inheritance
  • Polymorphism ,Virtual functions
  • Using templates,Exception Handling
  • Debugging Techniques
>>OS Fundamentals and Advanced System Programming

    Objective: Scripting, Device Driver, communication between different Processes, Create an automation application

  • Introduction to OS, GPOS and RTOS
  • Introduction to Different types of Kernel
  • Linux and virtual Filesystem
  • Introduction to Makefile
  • Understanding the Kernel and User space, system calls, Device driver,IPC, Process Management command line interface
  • Board bring up RPI/BegleBone, cross platform application and kernel development
  • Understanding the Booting process and Uboot
>> RTOS Concepts and programming
  • To provide a practical knowledge and understanding of Freertos
  • Port Freertos on STM-32 CortexM0 Platform
  • Configure I/O(Uart,I2C,GPIO) and how to access in Freertos
  • Understanding of Task and How to create and run multiple tasks
  • How to create task handlers
  • Suspend and Resume Task Mechanism with Real Scenario
  • Setup Handler to communicate between deferent tasks.
  • How to synchronize deferent task using mutex and semaphore
  • How to manage deferent input/output and memory resources and better utilization.
  • What is Critical Region and How to deal with it
  • Interrupt Handling
>>Embedded Linux Development

    Linux Internal:

  • Basic Introduction to Linux and its variants
  • Linux System commands and system calls, Vi editor commands
  • Understanding of Linux file system (ext3, ext4) architecture
  • Setup development environment between host PC and target board
  • Linux Shell scripting and interact with peripheral i.e. GPIO, Sensors
  • Linux Static and Dynamic Library creation and its uses
  • Git project setup, configuration and its uses
  • Makefile, Source code version control and Kernel patch creation
  • Linux Network concept and TCP/IP Socket programming
  • Process creation, Parent and Child process programming, pipe creation
  • POSIX Thread programming, FIFO, Multithreading, Mutex, Semaphore, Race Condition
  • C and C++ to develop software for embedded Linux operating systems
  • Linux BSP and Device Driver:

  • Understanding the Host and Target Environments and How they Interact
  • Understanding of Linux kernel version
  • Understanding of U-Boot
  • Understanding of Booting Process
  • Understating of Git to track and control the kernel source version
  • Open source Cross Compilation for ARM platform
  • Buildroot architecture and create custom rootfs using buildroot
  • Understanding of High-speed peripheral
  • Porting and Customization of Linux Kernel for Embedded Board
  • Kernel features
  • OS Hardening
  • Device Tree
  • Cross Compile Opensource Package
  • Understating of Debug and Release Build
  • Kernel Module vs Device Driver
  • Implementation of Kernel module
  • Implementation of (I2C, UART, GPIO) Device Driver
  • Introduction to Yocto build
  • Board 'bring up' and debugging of hardware/firmware
  • Linux Development on Cross Platform Dev., Environments
  • Developing Drivers in a Linux programming environment
  • Embedded software development using C/C++ in an embedded Linux
>>Embedded Programming with Python
  • Setting up build environment
  • Describe about various python version and its selection criteria
  • Working with Python
  • Basic Syntax
  • Variable and Data Types
  • Operator & Conditional Statements
  • Looping Control
  • Statements String Manipulation
  • Dictionaries,Tuple, List, Module, Function
  • Oops, CGI Interface,Database Handling
  • SMTP Configuration and Dealing with emails
  • Multithreading,Build Module
  • Python for hardware
  • Controlling Hardware with Python
  • Python SERIAL libraries,Python AUDIO libraries
  • Python Bluetooth libraries
  • Python GPIO libraries,Python FIRMATA libraries
  • Python Camera libraries
  • Python & Node.JS
  • Python & MQTT
>>IoT (Internet of Things)

    Objective: This module is structured to combine lectures, individual project, demonstrations and IoT case studies for the students to gain an in-depth understanding of fundamental concepts on IoT and cutting-edge technology. Participant should be able to understand entire IoT architecture for Gateway and Device and its security.

  • What is IoT and Why it’s important in Industry”
  • Explain Industry (Automotive, Medical, and Home Automation) IoT use cases
  • Describe the impact of IoT on society
  • Describe IoT existence in embedded system and its interface
  • Describe Cloud technology (IAAS, PAAS, SAAS)
  • Explain IoT standard protocols (MQTT, http ,Web socket, Linux Socket)
  • CGI Implementation to control the hardware from http request
  • Explain core hardware components (Zigbee, BLE, Wi-Fi) most commonly used in IoT
  • Explain the criteria to select of IoT framework as per customer need
  • Explain Networking Concept (TCPIP, Encryption)
  • security management in IoT Security architectures
  • Network Packet Capture and Analysis using Wireshark
  • mBedTLS and SSL encryption for data handshaking between device and cloud
  • Explain Firmware Upgrade Model for IoT Devices
>>Automotive Embedded
  • Automotive Embedded Architecture and Components
  • Architecture of ECU
  • Autosar Architecture
  • Automotive Protocols (CAN , LIN , FLEXRAY)
  • Automotive Use cases
  • ADAS
  • Autosar BSW, SWC
  • Mishra C standards

Who Should Attend?

The course would be highly beneficial for any Electronics Engineer, Software Engineer, Hardware engineer, Field Engineer or Project Manager tasked with the development of an application that would benefit from a real time operating system. The hands-on exercises and guidance from experienced trainer provide a well-supported learning environment that can be delivered onsite

What is covered?

Course content is a thorough exploration of the functions and capabilities of the embedded software, Hardware, Embedded Life cycle development,FreeRTOS kernel, including Task Management, Queue Management, Interrupt Management, Resource Management, Memory Management, Trouble shooting, and the FreeRTOS Memory protection unit

Who Will Deliver the Course?

Highly trained and experienced in embedded systems, the course will be delivered by senior engineers. With experience across a wide range of markets (automotive, industrial control robotics, telecoms and consumer electronics) faculty has a wealth of knowledge that would be invaluable to those looking to broaden their skills in embedded practices

How to Sign Up?

For more information on availability Please feel free to call us on 020 40059500 or visit our BICARD Office No.68-71, 4th Floor,'C' Block, Shrinath Plaza,Dnyaneshwar Paduka Chowk, FC Road, Pune, Maharashtra 411005

Our New Batches are Starting in September, 2020. Please call us on 9595605544 || 020 40059500 || 020 40059600 to know more

We totally understand that each student is different and each student has different problems, which we need to tackle. Keeping this in view, we have designed different packages to meet your needs and timings

New Batches will start from 26th MARCH 2020

  • Weekend batches: We have a special weekend batches for the working professionals, who are tied up on weekdays.
  • Fast-track batches: To complete the course in a brief time with detailed training.
  • Specialized corporate batches: In this special batch, we only cater the training needs of the corporate employees.
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