Internet of Things (IoT)
-
The Internet of Things course is designed to build a practical application over the IoT stack, giving developers and architects a complete working architecture of IoT Application Development. This course curriculum is designed keeping in mind the fundamentals, use cases, hands-on workshop to accelerate the IoT Development and Learning experience.
Take your IoT skills to the next level by enrolling into MobiGnosis IoT training Program. It will enable you to gain valuable insights into innovative technologies fin order to build and deploy IoT solutions. Additionally, it covers all the basic fundamentals and advanced level techniques of IoT by using real-time industry use cases and projects, and this will show you the way in becoming an expert in IoT.
Without any question, IoT is poised to play a defining role in the future of the world. Because of this, it’s more essential than ever for IT professionals to meet the demands of early adopters of this technology, and fulfil this ever-expanding skills requirement. This is where MobiGnosis’s exclusive IoT course comes into play.
- WHAT YOU WILL LEARN
-
Key Learnings :
- Expertise in IoT technology and tools
- Learn core concepts, background technologies, and different features of the IoT landscape
- Understand communication interfaces, sensors and microcontrollers to design and build IoT devices
- Understand how to build prevalent computing architectures
- The architecture of the Internet of Things
- IoT devices, components, hardware and software requirements
- IoT infrastructure layers
- IoT embedded systems and microcontrollers
- Working with Big Data
- Deploying Data Analytics
- Arduino and Raspberry Pi interface for IoT
- Programming for IoT components and systems
- Gain expert-level knowledge of IoT technology and tools
- Build a sound understanding of core concepts, background technologies, and the different features of the IoT landscape
- Understand sensors, microcontrollers and communication interfaces to design and build IoT devices
- Obtain knowledge and skills to design and build a network based on the client server, as well as how to publish/subscribe to connect, collect data, monitor and manage assets
- Learn how to write device, gateway and server-side scripts and apps, enabling them to aggregate and analyze sensor data
- Learn how to select application-layer protocols and web services architectures for a seamless integration of various components within an IoT ecosystem
- Review standard development initiatives and reference architectures
- Explore how to deploy various types of analytics on machine data to define context, search for faults, determine quality, and extract valuable actionable insights
- Understand cloud infrastructure, services, APIs and architectures of commercial and industrial cloud platforms
- Build an understanding of prevalent computing architectures, including distributed, centralized, and edge/fog computing
- COURSE CURRICULUM
-
Topics Covered During Classroom :
1. Overview of IoT and High level Architecture
Objectives:
- To walk though technology timeline(brief history) and evolution of IoT
- Gain knowledge about IoT applications across various segments
- Understand IoT architecture and its building blocks
- Introduction to various IoT platforms
- Understand the technology and skills required in building and IoT product
Detailed course contents:
- What Is the Internet of Things (IoT)?
- Brief History and evolution of IoT
- IoT Architecture
- Trends in the Adoption of IoT
- IoT Is Powerful and Pervasive
- Societal Benefits of IoT
- Risks, Privacy, and Security
2. Setting up IoT Workflow
Objectives:
- Setup IoT platforms, by understanding the knowledge gained in the previous module
- Become familiar with the building blocks in IoT architecture
- Implement IoT use cases using various IoT platforms
Detailed course contents:
- Setup IoT Platform1 (Opensource IoT Platform on local machine)
- Setup IoT Platform2 (Amazon IoT platform)
- IoT Use case-1 Implementation on two platforms
- Opensource IoT platform
- Amazon IoT cloud)
- IoT Usecase-2 Implementation
- Opensource IoT platform
- Amazon IoT cloud
3. Advanced / Embedded C Programming
Objectives:
- Clearly understand concepts of C language
- To obtain good quality and style in programming
- Gear you up for programming in Embedded environment
- To induce confidence in you!
Detailed course contents:
Basics of C:
- Operators
- Conditionals
- Arrays
- Functions
Advanced C programming:
- Structures
- Unions
- Files
- Deep dive into pointers
- Pre-processor directives
- Recursion
- Project environment – Creating & Building a project, Makefiles
- Deep dive – Logic to program translation, Creating your own library, Dry-run
- Introduction to Data Structures
4. Micro-controller programming using Arduino platform
Objectives:
- Understand Embedded Systems and its components
- Learn how to build embedded applications using Arduino Platform
- Become familiar with hardware interfacing using Arduino
- Should be able to read device datasheets and board schematics
- Learn basic communication protocols and communicate using Arduino Libraries
- Build IoT applications using wired and wireless protocols (ex: Bluetooth, Wifi)
- Debug applications using Arduino IDE
Detailed course contents:
- Overview of Embedded Systems
- Components of Embedded Systems
- Micro-controller Architecture and Properties
- Installing and Setting up the Arduino development environment
- Blinky Sketch – A walk through
- Arduino Sketches
- Classes
- Sketch Structure
- Pins
- Arduino Shields
- Hands-on working with GPIOs, Analog I/Os, Memory usage
- Micro controller peripherals usage – Timers, Counters, Interrupts and its sources
- Communication protocols I – UART, SPI, I2C, CAN
- Interfacing IoT sensors and Actuators
- Debug applications using Arduino IDE
- Communication protocols II – Wired and Wireless communication
- Ethernet Client Server Implementation
- Build WiFi Application
- Build Bluetooth Application
5. Programming with Python
Objectives:
- Become a professional python programmer
- Learn basic to advanced features of Python programming language
- Build object oriented programs using python
- Work with file streams, access csv files
- Create packages, Implement exception handles and learn to debug python application
- Learn basics of regular expressions
Detailed Course Contents:
- Overview of Programming with Python
- Native Datatypes and Operators
- Python Statements and Conditionals
- Functions
- Strings
- Object oriented programming with Python
- Errors and Exception Handling
- File handing
- Regular expression
- Modules and Packages
6. Building IoT Applications using Raspberry Pi
Objectives:
- Become familiar with Raspberry Pi (Rpi) hardware
- Setup and Install Raspbian OS on Rpi
- Understand how Rpi can be leveraged as an IoT gateway
- Become familiar with Linux OS
- Setup Rpi as an IoT gateway
- Using Python Interface with Arduino using Serial Port Interface
- Build Socket applications to communicate to Arduino device using Ethernet, Wifi and Bluetooth interfaces
- Build IoT applications using HTTP and MQTT protocols
- Learn to use Node Red programming tool
Detailed Course Contents:
- Overview of Raspberry Pi (RPi) hardware platform
- Peripherals on Rpi
- Setup and Install Raspbian OS on Rpi
- Overview of Linux OS and its sub-systems
- Process
- Memory Mangement
- Multi-Threading
- IPC
- Linux CLI and important commands
- Linux File System
- Everything is a file concept in Linux
- Device Access using system calls
- Install packages on Raspbian OS
- Setting up Raspbian as an IoT gateway
- Write Python program to interface with Arduino using serial libraries
- IoT Communication Models and Protocols
- Request-Response, Publish-Subscribe, Push-Pull, Exclusive Pair
- Application Protocols: HTTP, CoAP, MQTT, AMQP
- Communication APIs: REST-based, WebSocket-based
- Network Layer: IPv4, IPv6, 6LoWPAN
- Building python based programs to communicate to cloud server using various application protocols
- Develop a complete python based application IoT application
- Rpi as a device
- Interfacing with sensors and actuators using GPIO pins
- Interfacing with camera on Rpi
7. IoT Cloud Infrastructure
Objectives:
- To understand IoT cloud infrastructure blocks
- Making right IoT platform choice by understanding various popular platforms
- Configuring IoT platforms to get required analytics
- Learn integration elements (ex: REST APIs) for devices
Deatiled Course Contents:
- IoT cloud building blocks
- Using the platform specific dashboards
- Device configuration and addressing
- IoT Platforms in detail
- MQTT Server
- Injection Engine
- Time Series database
- Rules Engine
- Data monitoring, visualization and IoT Analytics
- Rest API interface
- Device Management
- Application Service
8. Performance and Security in IoT
Objectives:
- Learn how to benchmark IoT applications and platforms
- Understand the security risks in IoT, counter measures and design consideration
- Get an understanding of using crytography in IoT
Detailed Course Contents:
- Benchmarking IoT applications and Platforms
- MQTT vs HTTP performance
- Security considerations
- Firmware updates
- Cryptography basics Cryptography in IoT
- Privacy considerations and design guidelines
Training Duration & Pricing:
For Individuals
Duration: 1.5 Months and we also offer 2 Months Offline Support
Mode: Classroom & Online
Course Fees: Call us at +91-9900001329
For Corporate Training
The Mobignosis Corporate Training Program is designed for organisations who require practical upskilling for their employees to gain knowledge on the current trending technologies
Internet of Things (IoT)
CERTIFICATION
Candidates receive Mobignosis course completion certificate upon successful completion of course
FAQs
The course is an instructor led classroom & online coaching session
The instructors are industry experts (IoT Professionals) who consult with leaders in mobility services like SAP, Capgemini, Cisco and many others
As a team of practicing IoT professionals, we use the leading edge methodologies in our consulting work and have used the same methodologies to develop IoT course content for classroom coaching. So, you are exposed to the most up to date quality course contents
IoT Training program includes 2 months free technical support post training, the participants can repeat the session free of cost, For any additional assistance we are just a phone call away