📷 4.5 out of 5 based on 1699 Votes.

Are you Looking Best Institute for IOT Training Course in Noida / Greater Noida? DUCAT offers IOT training classes with live projects by the expert trainer in Noida. Our IoT training program in Noida is specially designed for Under-Graduates (UG), Graduates, working professionals, and also for Freelancers. We provide end to end learning on IoT Domain with deeper dives for creating a winning career for every profile.

Why To Choose ducat for IOT Course?

Looking to dive into the exciting world of the Internet of Things (IoT)? Look no further than Ducat's IoT training course in Noida! Here's why Ducat is the perfect place to launch your IoT journey:

Master the Fundamentals: Ducat's comprehensive curriculum covers everything from the core concepts of IoT to in-demand skills like sensor programming and data analytics. You'll gain a strong foundation to tackle real-world IoT projects.
Learn from the Best: Get trained by experienced industry professionals who are passionate about IoT. Ducat's trainers have a proven track record of transforming students into confident IoT developers.
Hands-on Learning: Ducat's focus on practical learning is what sets them apart. You'll get to work on real-world projects throughout the course, giving you the experience you need to impress potential employers.
Boost Your Resume: Completing Ducat's IoT course equips you with industry-recognized certifications that make your resume stand out. This can be the key that unlocks exciting new career opportunities.
Join a Supportive Community: Ducat fosters a collaborative learning environment where you can connect with fellow students and instructors. Get help, share ideas, and build a network that can benefit you throughout your career.
Land Your Dream Job: Ducat offers dedicated placement assistance to help you find the perfect IoT job. With their industry connections and interview preparation guidance, you'll be well-equipped to land your dream role.

Ducat's IoT course in Noida is your stepping stone to a successful career in this dynamic field. Don't miss out – enroll today and become an IoT expert! .

What is IOT?

IoT stands for the Internet of Things. Internet of things (IoT) is an associate of physical objects. The internet is not only a network of computers, but it has evolved into a network of the device of all type and sizes, vehicles, smartphones, home appliances, toys, cameras, medical instruments and industrial systems, animals, people, buildings, all connected, all communicating & sharing information based on stipulated protocols in order achieve smart reorganizations, positioning, tracing, safe& control & even personal real-time online monitoring, online upgrade, process control & administration. We define IoT into three categories as below:

Internet of things is an internet of three things:

People to people
People to machine /things
Things /machines to things /machines, Interacting through the internet.

Benefits of IOT

Productivity improvement: IoT enables the monitoring and control of the various processes, which develop the different procedures that advance productivity and efficiency.
Predictive analysis: IOT’s new advancement makes it feasible to determine recurring examples and add to predictive analysis, which can be utilized mainly in maintenance. This actual data will be used to enhance existing procedures and services.
Rapid response: The data creates available to display the frameworks in place in real-time and even remotely. They facilitate the advancement of maintenance interventions but also provide the company with a crucial advantage in monitoring market developments.

Why should you learn IOT?

Top 10 Reasons to Learn IoT:

Excellent Scope for Technical Architect, Solution Architect, IT Professionals
IoT for Career Oriented Creators
It Is Affordable to learn
Excellent Opportunity for Developers
Good Understanding On Business Strategies
It Automates Your Style of Living
The Mobile Era
Practical Implementation of Core Technologies
One-Stop Solution for Smart and Complex Applications
An Excellent Way to Grow and Develop

Course Description

Introduction

What is IOT?
IOT Ecosystem
IOT Decision Framework

IOT Architecture

IOT Network Architecture
IOT Device Architecture
IOT Application Architecture
IOT cloud Architecture

IOT Devices and Platforms

Smart Objects
IOT Devices
Thing Worx in the Internet of Things

IOT Protocols

Different Types of Wireless Communications
Discussion on Short-range Communication Devices and Properties (Bluetooth, Zigbee, and WiFi)
Discussion on Wireless Long-range communication devices and Properties (Cellular communication and LPWAN)
Architecture of Sensor Node
MQTT
HTTP/HTTPs

IOT + Arduino

Bluetooth Module LED Controller
Controlling Home Light using Bluetooth
Google Firebase using NodeMCU ESP8266
Google Firebase controlling LED with NodeMCU
Google Firebase controlling LED using the Android App

Internet OF Things

IoT Development

Introduction of IoT (2 Hours)

What is IoT?
How IoT is applied in different domains?
Use cases ranging from Smart Cities to IIoT
How large is the IoT Market in different domains?
IoT Technology stack
Sensors & Actuators
Hardware Platforms
IoT Operating System
Wireless Communication Protocols
Network communication Protocols
Cloud, its components and IoT
Data Streaming in IoT
Data Store and IoT
Analytics & Visualization for IoT

IoT Device Design & Management

Top IoT hardware platform
Architecture, layout and comparison of different microcontroller
Sensor, Actuator, Microcontroller

Wireless Networking Technology

NFC
RFID
WIFI
Z WAVE
LoRaWAN
Zigbee
Cellular
Bluetooth
SigFox
NB-IOT

Wired Communication Protocol

SPI
UART
I2C

Interfacing of different Sensor, Actuator, Wireless Networking Technology with different microcontroller

Introduction of Arduino IDE

Arduino Mega (10 hours)

Introduction of Arduino Mega
Industry application
Pin configuration or description of board
Exploring Linux file system,Hardware, I/O
Interfacing a push button
Making led on/off by push button
Interfacing an RGB led
Theory of PWM Pulse width modulation
Control light intensity using PWM
Interfacing an LDR.
Light dependent resistor as sensor to measure brightness
Interfacing temperature sensor
Motor Interfacing(DC)
Motor Driver Introduction
Servo motor theory
controlling servo motor with PWM
Interfacing IR Sensor
Interface analog Sensor
SPI/I2C and UART protocol

Introduction of Python

Raspberry Pi (10 hours)

Raspberry-pi Architecture
Working with Raspberry Pi 3 Model
Industry Use case of Raspberry Pi
Installing OS and Designing Systems using Raspberry pi
Configuring Raspberry Pi for VNC Connection
Getting introduced to Linux OS
Basic Linux commands and uses
Interface sensor and Actuator with Raspberry-pi
Interface relay with raspberry pi
Interface different sensor like IR sensor/gas sensor
Interface different sensor like LDR/Soil sensor
Interface different sensor like Soil sensor with raspberry pi
Interface different sensor like DHT11 with raspberry pi
Interface PI-Camera with Raspberry
Program Raspberry pi for click image
Program Raspberry pi for create video
Serial communication with raspberry pi and arduino
Sending data to arduino to raspberry pi or raspberry pi
Interfacing DC motor with raspberry pi
Servo motor Concept
Interfacing Servo motor with Raspberry pi
Interfacing Steeper motor

Working with different wireless networking technology (10 hours)

NFC
Bluetooth
Zigbee
RFID

Networking and Communication Protocol (1 hours)

IoT Network
OSI Model
TCP and UDP
IP4 and IP6

IoT Transport layer protocol (1 hour)

Introduction of TCP & UDP
Difference between TCP/UDP Transport layer protocol.
Practically testing the TCP v/s UDP by python socket programming.

HTTP IOT Protocol (4 hours)

Introduction and structure of HTTP protocol
Application
Start with HTTP protocol GET/POST Method
Work on python Flask library design web page
Control thing from webpage using HTTP protocol
Publish sensor data over webserver

CoAP IoT Protocol (5 hours)

CoAP Architecture
Application
Difference between HTTP and CoAP Protocol
Design client and server using Python library and implement it.
Interface using Aneska android app

MQTT IOT Protocol (10 hours)

Introduction to MQTT
MQTT Subscribe/Publish
MQTT Broker,QoS,Security
Application
MQTT with Raspberry Pi
Installation of Mosquito MQTT broker
Publish and Subscriber test on local server broker
Test with multiple client.
Getting started with MQTT on Raspberry Pi
Installing Mosquitto on Raspberry pi
Making pi a local MQTT broker
Testing Publish and subscribe model on RPi
Publishing data from PC
Android to RPi over a local network
Controlling Pi GPIOs using iot.eclipse.org MQTT broker
Publishing live sensor data to io.adafruit.com
Controlling devices from cloud platform
Designing the IoT Gateway system
Gathering data from multiple publishers
Making Raspberry Pi as a IoT Gateway
Analyzing sensor data in smartphone over internet
Analyzing MQTT data packet using Wireshark software.

AMQP Protocol (5 hours)

Architecture of AMQP Protocol
Application
Producer, Consumer, Broker
Architecture of RabbitMQ
Message Exchange type
Installation of message broker
Asynchronous message communication between publisher and RabbitMQ
Using pika implement

WebSocket (3 hours)

Understand Architecture of WebSocket
Application
Implement using python library TORNADO or pywebsocket
MQTT over webSockets

OPC and UA (5 hours)

Understanding the OPC UA Specification
Servers (using a free server simulator)
Clients (using a free client)
Information Modeling Fundamentals
Security Implementations
Server Implementation
Implementing the Secure Channel
Methods
Alarms and Conditions
Historical Access
Client Implementation

Database (3 hours)

Introduction SQLite database
Create table
Syntax, query, operators
SQLite -container
Advance SQLite
SQLite Interface
Store sensor data/device information into database

IOT Applications with Data Logging and Reporting (15 hours)

IoT Platform-Connect, Monitor, Notify
AWS
IoT Core
IoT Analytics
SNS
Dynamo db
IBM Bluemix
Node red
Adafruit
Ubidot
IFTTT
MyDevice
Azure IoT
IOT Hub
Stream Analytics
Storage
Power BI
Notification

Notify By Twitter,Mail,SMS (2 hours)

Get Notification by sms using Twilio Platform.
Create twitter app and notify by tweet.
Notify by mail using SMTP with Python

IoT Product & Project Development (2 hours)

Agile Project Development
Do’s & Don’t for IoT Project Development
Indian IoT Products
Product Development Lifecycle

IoT Analytics (1 hours)

Introduction of IoT Analytics
Machine Learning Technique
Need of IoT Analytics
Case Study

Sensor Analytics (6 hours)

Handling of sensor data,
data pre-processing, and integration of different data sources,
Heterogeneity and distributed nature,
Selection of sensor to capture right set of data,
Analog to digital conversion,
Time and frequency domain analysis,
Sampling theorem, Aliasing, Selection and cleaning
Edge analytics

Statistical Analytics (6 hours)

Extracting meaning from data,
Techniques for visualizing relationships in data
Systematic techniques for understanding the relationships,
Exploring data – Visualization, Correlation, and Regression, Probability distributions

Machine Learning (10 hours)

Concept of machine learning,
Introduction to Python programming(numpy,pandas,matplotlib,sklearn)
Regression – Linear and non-linear, Algorithms
Logistics and non-linear regression,
Predictive Analytics
Classification, Algorithms – SVM, Decision trees, boosted decision trees, Naïve Bayes,
Feature selection methods for classification methods- Information value based, filter based and wrapper based,
Algorithms and techniques for marketing analytics – Conjoint analysis, Hidden Markov models
Time Series Analysis
Clustering

Cloud IoT Analytics Platform (4 hours)

AWS – IoT Analytics
Azure - Machine Learning Platform

IoT Security (1 hours)

Need of IoT Security
Requirements and Basic Properties
Main Challenges
Confidentiality
Integrity
Availability
Non-Repudiation

Cryptology (3 hours)

Cipher
Symmetric Key Algorithms (AES and DNS)
Attacks
Dictionary and Brute Force
Lookup Tables
Reverse Look Tables
Rainbow Tables
Hashing
MD5, SHA256, SHA512, RipeMD, WI
Objectives of Data Mining
Key aspects of Data Mining
Attack Surface and Threat Assessment
Embedded Devices
UART, SPI, I2C, JTAG

Network Attacks (1 hour)

Active/Passive Attacks
Eavesdropping
Identity Spoofing
Man-In-The-Middle (MITM)

IOT Protocol Built-In Security Features

On Transport Layer

SSL / TLS and DTLS

On Application Layer (1 hours)

MQTT
CoAP
XMPP
AMQP
Security Management
Identity and Access Management
Case Studies and Discussion

PLC and IoT (1 hour)

Augmented Reality with IoT (5 hour)

Block chain with IoT (6 hour)

Use Cases (IoT Development, IoT Security, IoT Analytics) 5 hours

Health Care Sector
Smart City (Smart parking, lighting, dustbin, trees, using LPWAN Technology)
Telecommunication
Energy or Power distribution
Automobile
Smart wearable device (Using NFC)
Agriculture (Smart planting)
Manufacturing - Industry 4.0(using PLC,SCADA)

Special Advance topic (15 hours)

Introduction to LPWAN
Communication technology: Wired and wireless
Internet of Things: Different wireless technologies
Low Power Wide Area Network (LPWAN)
Market players

LoRa (Radio Modulation)

LoRa characteristics
Radio propagation
LoRa modulation
Frequency bands

LoRaWAN Architecture

Overview
LoRaWAN network server
Device classes
Scalability
Uplink and downlink messages

LoRaWAN Hardware

Gateways
Nodes
Prototyping and what hardware to choose
Production
Power consumption
Antennas

LoRaWAN Solutions

Case studies and examples
Sketch on the node libraries
Payload functions
Setting up end-to-end application
Protocols: MQTT, HTTP integration

Data modeling and processing

Data storage and visualization
Cloud platforms and integrations
Tools: Grafana, InfluxDB, NodeRed

LoRaWAN Security

OTAA/ABP Frame counters
Secure elements
Encryption and decryption

LoRaWAN Deployments

Placing gateways and site surveys
Enabling ADR (scalability)
NOC, alerting, updates
Mass commissioning
OTA updates
Security: setting up own handler