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Embedded Full Stack IoT Analyst

Industry / Academia partnership

About

Course Description :

Embedded Full Stack IoT Engineer is responsible for creating and implementing new Embedded OS based on system requirements and/or industry specifications, building and managing OS Drivers for any custom-made hardware and to enhance existing application with new features. The job involves carrying out development and testing of IoT System Design based on the work requirements, specifications of key components, dependencies, constraints and other functional parameters, developing Graphical User Interface (GUI) and appropriate applications required for a IoT based framework and performing validation, testing and troubleshooting of the prototype developed for a IoT based system and rectifying malfunctions, if any. Typical Job Roles (Positions) - Embedded Engineer, IoT Product Developer, IoT Embedded System Engineer, IoT Full-Stack Developer, IoT Project Manager etc.

Course Start Date & End Date :

08-02-2023 to 08-08-2023

QP Code :

ELE/Q1404(L-5)

Curriculum

Duration
240 hrs

Module 1 : Embedded C Programming

Following topics are covered under the course.

Topic List : SEE ALL

Duration
232 hrs

Module 2 : ARM MCU Programming

Following topics are covered under the course.

Topic List : SEE ALL

Duration
240 hrs

Module 3 : Linux Internals

Following topics are covered under the course.

Topic List : SEE ALL

3.1 Linux Intro & Installation
- How to update Linux and install required packages
- What is Linux, how it has been evolved, GNU License, Kernel
- How Linux was designed,
- Sub systems of Linux [ Scheduler, Process, Memory Mgmt, File System, Device Mgmt]
- Sub systems of Linux [ Scheduler, Process, Memory Mgmt, File System, Device Mgmt]
3.2 Linux Shell Commands
- System Commands
- Dir & File Commands
- Basic Commands
- Misc Commands
3.3 Shell Scripting
- Command Line Arguments
- Variables & Operators in Shell scripting
- Writing Basic Linux Shell scripting
- Logical Structures in Shell Scripting
3.4 C Programming in Linux
- Linux Executable format info & tools
- Compiling and executing Linux
- Writing C program on Linux
- Debugging C application on Linux using GDB
3.5 Make Files
- Advanced methods used in writing Make files
- Understanding Make files
- Writing Make files
- Compiling Multiple src Dir using Make file
3.6 Process Management
- How to create child process using [ system, exec, fork & clone ]
- Understanding Linux Process
- Managing Linux process
3.7 File Operation
- How to write application to access files in Linux
- System Calls used in Linux to control special files like device nodes
3.8 Signals
- Registering & Handling Signals
- Signals in Linux
- How to write a serial port access program in Linux
- Implementing new Signals
3.9 Linux Scheduler & Memory Management
- Understanding Virtual Memory Concept
- System calls for Memory Management
- Linux Kernel Scheduling Policies
- Scheduler System calls
- MMU Subsystem
3.10 Linux MultiThreading Programming
- How to create multithreading applications in Linux
- Managing & communication between Multiple threads
- Basics of Multithreading in Linux
3.11 Inter Process Communication
- Data sharing between Multiple processes using IPC Mech.
- Writing apps using PIPEs, FIFOs, Msg Queues, Shared Memory
3.12 Network Programming in Linux
- How to develop client serverbased network application in Linux •
- When and how to use TCP and UDP Protocols

Duration
232 hrs

Module 4 : Embedded Linux Porting

Following topics are covered under the course.

Topic List : SEE ALL

4.1 Introduction, Setup & Hardware
- Host PC Setup for eLinux Development
- Boot Process
- Introduction to Embedded Linux
- ARM Processor Basics & Families
- ARM Board Details and Schematic Overview
4.2 Toolchain & Hardware Practical’s
- Setting up TFT and Running Application on Board
- How to build toolchain
- Toolchain & its components
- Board Boot Options
- Flashing Bootloader & Linux Kernel on Board
4.3 Bootloader UBoot
- Primary Bootloader ( TI XLoader )
- Introduction to Bootloader
- Bootloader Commands and their usage
4.4 UBoot Porting
- How to port Bootloader on ARM Based Hardware
- Compiling Bootloader
- Bootloader Source Code Structure
- Patching Bootloader
4.5 Customizing Bootloader
- Setting up NFS Server
- Linux Kernel Compilation
- Modifying Bootloader for new feature
- Booting with NFS Server
- Modifying Bootloader to support new device
- Command Line Arguments & ATAG
- Booting with SD Card
4.6 Linux Kernel
- Kernel Layers H/W dependent and independent ( BSP ) •
- Kernel Build System ( KConfig )
- Introduction to Linux Kernel Arch
- Kernel Dir Structure
4.7 Kernel Porting & Compilation
- Type of kernel images ( vmlinux, zImage, uImage )
- How to port Kernel on New ARM Hardware
- Kernel initialization process
- How to configure and compile for ARM Hardware
4.8 Kernel Modification
- How to integrate new driver / module in kernel image
- How to modify the Kernel code
- Building static and dynamic kernel modules
4.9 Root File System
- Building RootFS from scratch and using Build System ( Buildroot )
- Components of RootFS
- Types of RootFS
- Different types of Flash Device ( NOR / NAND )
4.10 Embedded Application Development
- Running sample WebServer Application
- Debugging application on target using GDB
- How to develop embedded applications
- Using Eclipse for embedded application development

Duration
240 hrs

Module 5 : Linux Device Drivers

Following topics are covered under the course.

Topic List : SEE ALL

5.1 Introduction and Arch of Linux Device Drivers
- Device Register Access from Code
- Introduction to Kernel Space and User Space
- Memory management in Kernel
- How to develop Kernel Device Driver
- Layers of LDD
- Processor Memory Layout
5.2 Kernel Module Programming
- Module Parameters
- Exporting Symbols between modules
- Kernel Module Programming
5.3 Character Device Drivers
- Implementing advance api like ioct in character device driver
- Linux Kernel Device Driver Framework
- Virtual File System as bridge between Driver and Application
- Implementing basic character driver
- Writing Makefile to compile Device driver
- Compiling and running on X86
- Standards to follow while implementing ioctl
- Cross Compiling and running on ARM Hardware •
- Writing and testing LED driver with IOCTL on ARM Hardware
5.4 Interrupts in Device Driver
- Interrupts Mechanism in Linux Kernel
- How to implement Interrupts in device driver
- Interrupts in ARM Processor
5.5 Interrupt Handling & Bottom Half
- Writing and testing multiple Intterupts in single driver • How to implement Shared Interrupts •
- How to handle lengthy using Bottom Half ( Soft IRQ, Tasklet & Workquees )
- Writing and testing Interrupt for Button press on ARM Target
- Writing and testing Interrupt for Button press on ARM Target
5.6 Special File Systems ProcFS & SysFS
- Using procfs for special purpose and accessing kernel data structure
- How to implement procfs • Sysfs implementation in device drivers for easy application access
- Ram based files systems in Linux
- Ram based files systems in Linu
5.7 LDDM (Linux Device Driver Model )
- Platform Device
- Modify SLED Driver as platform driver
- Platform Data
- Platform Driver
5.8 Board File
- Structure of Board File
- Writing a simple Board File and testing on Board
5.9 Device Tree
- Device Tree examples: memorymapped devices, I2C, SPI, pinmuxing, clocks, etc. •Kernel API’s to process device tree data
- Compiling Device Tree and Flashing
- Understanding Device Tree Structure
- Nodes in DTS
- Properties of Nodes
- Kernel API’s to process device tree data
5.10 Advance Device Drivers
- Walkthrough MMC domain in AM335x & its implementation
- Lab : Add SDCARD support to Board file and enable root file system to be mounted from SDCard partition.
- Understanding UARTs in AM335x and its driver components
- Lab :Modify Board file to configure UART2 & UART3 on WEGA Board and test it using Linux user application.
- Intput Subsytem in Linux
- Lab : Modify Board file to Configure Switches on WEGA board to generate input events & test it from user app.
- I2C Subsytem in Linux
- Lab : Modify Board file to add support of i2c based EEPROM or RTC and test it using user app.
- Lab :Modify Board file to add SPI based External ADC device to WEGA Board and test it from user appSPI Subsytem in Linux
- Display SubSystem in Linux
- Lab : Configure the 7” LCD Display and test it using fbtest utils in linux.
- Introduction to block and network device drivers
- Debugging Techniques like debugfs / target debugging
- Case study of Network Device Drive

Duration
240 hrs

Module 6 : YOCTO

Following topics are covered under the course.

Topic List : SEE ALL

6.1 Yocto Architecture
- Bitbake usage
- Configuration files
- machine.conf
6.1 Yocto Architecture
- local.conf
- Bitbake
- OpenEmbedded Core
- Poky reference project
- distro.conf
6.2 Recipes defines everything in Yocto
- Recipe tasks
- Writing new recipe
- Understanding Recipes
6.3 Layers makes Yocto Modular & Structured
- Git usage in yocto
- Basic examples recipes(hello.bb)
- Customizing existing recipes (.bb)
- Create .bbappend file for existing recipe
- Yocto recipe classes
- Layer in Yocto
- Creating new Layers
- Using existing Layers
6.3 Layers makes Yocto Modular & Structured
- Create and apply patches
- Customizing recipes
6.4 Adding new Hardware support using BSP Layers
6.4.1 Bootloader
- Setting New defconfing to bootloader
- Adding new bootloader versions to machine
- Adding bootloader to machine
- Create and Apply patches to bootloader
- Providing configuration fragments
6.4.2 Kernel
- Providing configuration fragments
- Adding new kernel versions to machine
- Adding linux kernel to machine
- Create and Apply patches to kernel
- Provide new defconfing to kernel
6.4.3 Building Root File System
- Integrating IOT Packages to Yocto ( MQTT, libcoap... )
- Menu config support for kernel and Bootloader
- Modify existing rootfs image recipe
- Selecting types of root file system images
6.5 Custom Distribution & Images
- Custom Image type for custom Board & Applications
- Package release versioning
- Understanding Distro Layers
- Image types
- Package groups
- Linux package management tools
6.6 Creating SDK using Yocto for Application Development
- Using SDK for Application development
- Generating SDK using Yocto

Course Fees

₹ To be decided/-

Eligibility

Engineering Graduates(CS/IT/Electronics/MCA/M.Sc(Electronics)
Basic knowledge of Electronics,C,C++ & Python

Instructors

Gopalakrishna polimera

Tehnical Manager

Utkarsh Singh

Center Head

FAQs

Is there any placement Assistance?

Yes

Gallery

Solar PV Installer

CRM Domestic (Voice)

Quick Links

Contact Us

Skill Development Institute (SDI), Bhubaneswar

At-Taraboi, Block / PS – Jatni,
Dist- Khordha – 752050, Odisha, India.
Phone : 06743520200,8280109799
Call/Whatsapp : 8280109799 / 9078429182
contact@sdibhubaneswar.co.in

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