IoT is short for the ‘Internet of Things’ and is the latest innovative technology still in its infancy which is said to affect every industry big time in the near future, changing our personal, professional lives as well as the way we do business. A collection of physical devices, electronic items, vehicles, home appliances, software, sensors and more connected to a network form IoT. All these are interconnected with each other enabling data exchange amongst them with the help of internet infrastructure and connectivity. They can also be individually identified due to unique computing systems. So we see that IoT is a combination of hardware, software, data, and service together set out to transform the world by ushering a new era in science and technology. IoT is in very much demand because it can be used in various industrial sectors like Manufacturing, Agriculture, Healthcare, Medicine, Energy Management, Environmental Monitoring, Transportation, Automation and more. It extends technology from the bounds of mobiles and desktops to various day-to-day electronic devices using embedded technology to do everyday things with ease using the internet. Our IoT course is designed to make your future ready and become one of the early adopters of this technology. Ad2Brand’s IoT Course is conducted by expert professionals with industry exposure and covers both basic as well as advanced IoT concepts. We cover the theory of gateways, cloud platforms, sensors as well as hands-on practice for integrating IoT with the cloud in our iot internet of things courses. Our course is sure to give you the expertise and in-depth knowledge of all IoT concepts as well as practical knowledge on building complete end-to-end solutions. It will also enable you to derive data insights for business, making your business model ready for adopting IoT.
Job Scenarios in IoT
IoT is growing at fast pace and is estimated to have about 25-30 billion objects under it’s umbrella by 2020. This will result in vast digital data generation estimated around 5 trillion in coming future. Studies also say that due to all this, jobs in the IT industry are expected to grow by 50% till 2020. The fact that IoT can be used in almost every field is the reason why The Internet of Things is being fast adopted by a lot of enterprises. McKinsey Global Reports say that IoT will impact the economy by $11 Trillion by 2025. It has the power to transform the world into a fully digitized economy by producing results like Virtual Power Plants, Intelligent Transport, Smart City, Smart Homes, built-in sensors in automobiles, Heart Monitoring Implants, DNA Analysis Devices, Firefighting devices, Intelligent shopping systems and more... Taking up the IoT Training will make you proficient in IoT Development, deployment, security and management and open up many new high paid job roles and career opportunities for you.
What will you learn out of IoT Course?
Our IoT course curriculum is designed to give you complete knowledge on the subject including –
Electronics basics like sensors, microcontrollers, circuits etc.
IoT Architecture and components
Understanding of IoT Systems, communication technologies, legacy & physical layer protocols
Design methodologies to develop IoT applications
IoT & Cloud
IoT Communication and security
Analyzing data generated from IoT devices and draw meaningful insights
Python and its packages for IoT development, other latest programming languages like Java, C++ and more
Introduction of Raspberry Pi & Arduino interface for IoT
Every IoT concept from basics to advance.
Ad2Brand conducts quality training in many areas. Learn IoT from the best IoT Training Institute in Pune and become an IoT expert.
Who should opt for the Internet of things - IoT Training Course:
Pre-requisite or required skill-set for IoT Training:
Basic programming knowledge
Internet of Things (IoT) Syllabus
Future of IoT
Concepts of IoT
Difference between M2M and IoT
Concepts of M2M
Components of IoT devices
IoT : Embedded Systems, Big Data, Cloud, Analytics
Basic of IoT
Value chains of M2M and IoT
Industrial structure of IoT
Architecture building: components and layers
IoT stack architecture
Design principles and capabilities
IoT architecture overview
Standard consideration of IoT
IoT and Data processing platforms and connecting device, aPaaS
Introduction to Arduino, Raspberry Pi
Learning devices and gateways
What is local and wide area networking?
Concept of data management
IoT business processes
Concept of knowledge management
Concept of Arduino Platform
Understanding Arduino Open Source IoT Platform
Physical Board and Libraries of Arduino
Learning features of Arduino
Programming concepts of Arduino
Operations and Integrated Development Environment
External Devices on the Arduino Board
Overview of arduino interface
Inputs and Outputs for Arduino interface
Understanding Sensors, Sensing
Different Types of Sensors Deployed
Concept of Conversion: Analog and Digital Signals
Understanding Signal Conversion and Programming
Learning Arduino Shields and Software Libraries
Introduction to Raspberry Pi
Features of Raspberry Pi
Concept of Operating System and the Single-board Computer
Understanding the Raspberry Pi User Interface
Networking and Deploying Compute-intensive IoT
Environment Set up
Python Coding and Python-based Integrated Development Environment for Raspberry Pi
Understanding Tracing and Debugging Python Code
What are Physical Devices and Control?
Learning Controlling Devices: Motors, Sensors, Thermostats, Switches
Overview of sensors and communication
What are Sensors and IoT Systems?
Sensors judging Proximity and temperature
Electric Sensors and Mechanical Sensors
What is Acoustics and Acceleration?
Smart Sensors and Analytics and Connectivity
Introduction to reference architecture
Difference between functional and information view
Concept of deployment and operational view
Different types of architectural views
Information Exchange Methodology
Bluetooth and WiFi and Near Field Communication in IoT
Learning Zigbee, Z-Wave, Cellular, Thread
Communication Protocols and Interoperability between Devices
Concepts of IoT System and Coding
What is Micro-controller-based Embedded System?
Understanding System Design and Microcontrollers
Learn Future of IoT with Programming
Introduction to design constraints
Learning technical design constraints
Concept of data representation and visualization
What are interaction and remote control?
What is service-oriented architecture?
Concept of SOCRADES and IMC-AESOP
Learning web of things and cloud of things
Commercial building automation today and future
Introduction to IoT Design for end-to-end Security
Hack-proof Methods for IoT
Concepts of Information Exchange, Networking, and Security
Security and Software Updates, Error Reporting
Competitive Infrastructure and Security and User Updates
Resistors types, Use cases of Resistors
Resistors Rating, Resistor Installation and Handling
Capacitors types, Use cases of Capacitors
Capacitor Ratings, Capacitor Installation and Handling
Types of Diodes, Diode Rating and Handling and Installation
Switches, Plug, Sockets, Panel Control components
Transistor Packaging and Handling and Installation, Use Cases
Introduction to IC’s, Pin Identification, Numbering Convention
IC handling and installation, Electrostatic Discharge Protection
Concepts of Electricity, Electric Current, Electric Potential
DC Power supply, Voltage Transfer and ohm’s law
Signals and sensors: Analog and Digital sensors
Introduction of chip ADC’s, Calculation and conversion of AC
Understanding UART Protocol
Overview of Python
What is use of Python?
IDLE, PIP Packages, Interpreter installation
Variables, Data types, String functions, Lists
Tuples, Dictionary, Operators and usage, Control structures, Functions
OOPS Concepts, Python I/O, Glob, Python Exception Handling
Python CGI Programming
Why and Where to use Common Gateway interface basics
Setting up Python HTTP server
CGI Header, Environment variables, GET and POST methods, Status code
Sockets, Client Server Applications
TCP & UDP Communication
Understanding Ipython, Micropython
How to Build and Run Micropython on ESP8266
Introduction to LAMP
Concepts of SSH, Apache Installation
Learning Rasberry Pi configuration Window
Installation of FTP and MySql
How to set up PubNub Python library?
Introduction to Message Queue Telemetry Transport
Concepts of MQTT Publish/Subscribe
Terminologies, Security of MQTT
Learn MQTT & TLS, Session Resumption and MQTT Message Format
Install and Test Mosquitto MQTT broker on PC
Installing RabbitMQ and Pika
Introduction to Machine Learning
Supervised learning and Unsupervised Learning
Concepts of Over fitting, under fitting and biased variance trade-off
Benefits and Installation of Scikit Learn
Overview of Iris Data set
Understanding KNN classification, Step Modelling Pattern
Introduction to Pandas
Library Highlights and Data Structures
Concepts of Reading Assignment, Membership, Mathematical Operators, Data Frames
Text, CSV, HDF5 IO Tools
Internet Of Things(IoT) Course Price: 26999* INR
IOT Training – FAQ’s
We have best trainers who are highly qualified and certified and have relevant industry exposure in their fields of expertise, capable of solving all your practical queries during the IoT Training.
We give you access to video lectures and recorded sessions with all the course content, you can cover up referring to these.
We help you to install all required software licensed versions for practicals on your machine and give you credentials to use them during your practice sessions.
You can attend a demo session to understand the subject, see the quality of training and interact with the trainer regarding queries to decide your career path. We at Ad2Brand ensure to give you the best training experience with top content and trainers, we also prepare you for interviews and resume preparation and equip you with the best skills in the subject of learning. However, getting the job will depend upon your presentation of skills at the time of interview.
Doubt clearance and resolution of queries is given utmost importance at Ad2Brand. You can raise n number of queries until you get a clear answers for your questions. Our trainers make sure to give individual attention to all students and one-on-one sessions can be arranged with trainers during as well as after completion of the training to get help on the needed topic. Also we make sure to maintain a limited number of students per class to maintain the quality of IoT training and knowledge imparted.