Syllubus

Introduction to Internet of Things

Learning Objectives: To learn the basics of IoT. Understand IoT architecture and IoT decision framework.

Topics:
What is IoT, how does it work
Difference between Embedded device and IoT device
Properties of IoT device
IoT Ecosystem
IoT Decision Framework
IoT Solution Architecture Models
How IoT is Transforming Businesses
Major IoT Boards in Market
Explore Raspberry Pi

Setting up Raspberry Pi and Sensors (Sense HAT Board

Learning Objectives: To Configure Raspberry Pi and Program Sense HAT.

Topics:
Setting up Raspberry Pi
Showing working of Raspberry Pi using SSH Client and Team Viewer
Understand Sensing actions
Understand Actuators and MEMS

Hands On/Demo:
Programming Sense HAT Board

Creating Solutions with Raspberry Pi and Sense HAT Board

Learning Objectives: To gain Hands-on experience by creating IoT Solutions using Raspberry Pi and Sense HAT.

Topics:
Build weather station using Sense HAT and Python
Prepare google spreadsheet for weather data collection
Understand OpenCV

Hands On/Demo:
Build a weather station using Sense HAT and store data in google sheets
Use OpenCV for face detection, face recognition with webcam

IoT Communication Protocols

Learning Objectives: To understand various IoT Networking Protocols which can be used to develop IoT solutions.

Topics:
Types of wireless communication
Major wireless Short-range communication devices, properties, comparison of these devices (Bluetooth, WIFI, ZigBee, 6LoWPAN)
Major wireless Long-range communication devices, properties, comparison of these devices (Cellular IoT, LPWAN)

Hands On/Demo:
Using RFID networking
Using other networks such as WiFi and Bluetooth

IoT with Microsoft Azure

Learning Objectives: To enable IOT with Microsoft Azure.

Topics:
What is Cloud and its Infrastructure
How IoT and Cloud deployment can create an effective IoT Solution
Azure IoT Hub components

Hands On/Demo:
Create Free Tier Azure Account. Explore Azure IoT hub services and other useful features
Azure IoT Hub Service API Demo

Implementing IoT with Azure

Learning Objectives: To create an IoT solution using Sensors and Raspberry Pi with Azure.

Topics:
Register your Raspberry Pi on Azure IoT Hub
Send and Receive messages from Raspberry Pi over Azure IoT Hub
Create Storage account and dock a container
View Data On-premise with Azure Storage Explorer
Configure Web App settings for Data Visualization

Hands On/Demo:
Create an End-to-End IoT solution using Python Device APIs

Remote Monitoring

Learning Objectives: To understand Remote Monitoring and create your own IoT solution for monitoring.

Topics:
Plan how to customize a solution to meet specific requirements
Create a service bus namespace and add a queue to it
Add an endpoint and a routing rule to your IoT hub
Create, configure, and test a logic app

Hands On/Demo:
Design your own IoT monitoring solutions with Azure services

Edge Computing and Analytics

Learning Objectives: You will understand Data Analytics and its Types, Edge Computing, IoT Edge and Deploy Edge devices and integrate with Azure IoT Edge

Topics:
Data Analytics
Edge Computing
Azure IoT Edge
Azure IoT Edge Components
Azure IoT Edge Architecture
Real-Time Analytics

Hands On/Demo:
Deployment of Raspberry Pi as an Edge Device on Azure IoT Edge

In-Class Project: Raspberry Pi as a BLE Device Presence Detector

Business challenge/requirement: For this project, we need to control multiple home appliances based on presence or absence of a family member. The family member will be carrying his mobile handset always with him. His mobile handset will act as Bluetooth Low Energy (BLE) device. In this project, Raspberry Pi will be used as BLE device detector.

Below are the challenges addressed in this project:
Control GPIO pins of Raspberry Pi
Scan all the active nearby BLE Devices using Raspberry Pi

CONSIDERATIONS:
The time interval for periodic scanning of all BLE devices.
The time interval to act on presence/absence to avoid frequent on/off due to temporary
Erroneous presence/absence of device.

In-Class Project: Raspberry Pi as Portable Twitter Bot-

Business challenge/requirement:
Mr XYZ is working as SEO and Marketing Executive for his company. He must upload the updates and events happening in his company, majorly on twitter. Being a technology enthusiast, he researched and found out that he can use Raspberry Pi in the same way he uses his computer. So, he is planning to perform his day to day tweets using Raspberry Pi and its features.

For this capstone project, we will demonstrate managing and communication of Twitter API’s as and when required. Every time the python code is run the message will automatically be tweeted on the social networking site.

Below are the challenges addressed in this project:
Control API’s of Raspberry Pi
Tweet Text and Images from Raspberry Pi

What is IoT Certification?

The Certified IoT Professional Program by IoT Inc is the most expensive certification on this list, but you’ll learn a lot in obtaining it. The certification consists of three courses made up of 45 modules and 163 individual lessons. In addition to the IoT basics, you’ll learn the purpose of IoT tech

How do I become IoT Certified?

You can opt to take the course by yourself or find a training partner. After completing the six modules of the course, you’ll need to take a 60-minute exam, which has 25 multiple-choice questions, to earn the certification. Cloud Credential Council also offers mock exams to test yourself before taking the actual exam.

How many IoT devices will there be in 2020?

31 billion IoT devices
During 2020—experts estimate the installation of 31 billion IoT devices.

Is IoT a good career?

IoT is a promising domain that offers exciting career options. It is lucrative and has many learning opportunities. In fact, both the private and public sector companies have tremendous scope in this domain. Since digitalisation is something inevitable, pursuing a career like this is highly beneficial

Where can I learn IoT for free?

IoT (Internet of Things) Courses. Take free Internet of Things courses to build your skills and advance your career. Learn IoT from top universities and institutions around the world on edX.

How do I start a career in IoT?

7 tips to jump-start your IoT career
Exploit the IoT skills gap.
Know what you need to learn.
Cultivate a device mindset.
Focus on security.
Don’t forget soft skills.
IoT > IT.
You may already be ready for your first IoT job.

Why is IoT important?

The IoT provides a platform that creates opportunities for people to connect these devices and control them with big data technology, which in return will promote efficiency in performance, economic benefits and minimize the need for human involvement. It’s the most important development of the 21st century

5 Important Facts That You Should Know About IoT Training-

Overview

If you wish to upgrade your professional skills in technology, then you may consider online or offline training process and certification to enable you to do business with the Internet of Things. IoT primarily focuses on physical devices networks, homes, vehicles and other items that are embedded in software sensors, electronics, connectivity, and actuators. Everything in an Internet of Things must have the ability to connect with other objects and also exchange data. Poor skills such as the inability to create and maintain network security can significantly affect IoT from transforming the way in which we work and live. This makes the issue of IoT an essential requirement for people who want to focus on the line of technology. After thorough training in IoT, the learner is then certified as a professional who can improve the manner in which business is done, and daily life is lived. IoT is a broad field with diverse components. The article will explain top five critical facts that one should know about the IoT training.

IoT

In the current high technology world, filled with abundant and sophisticated smartphones as well as other gadgets, you can only be forgiven if you think that IoT has integrated itself to modern technology. The good thing is that, once you delve into IoT, you will find yourself striving for even more advanced connectivity. It is estimated that, by 2025, IoT will have over 76 billion connections of devices. In this regard, training must be taken seriously and that is why this article presents some of the best facts that a learner must know about IoT Training.

Things to know about IoT training

  1. The value of IoT skills is not only about technology- the real value of IoT training and certification lies in the creation of advanced value propositions as well as potential revenue streams. The aim here is to take this technology and apply it to move to new business models as well as services that may help realize them. As asserted by the leading analysts as well as thought leaders, potential growth in IoT skills is very critical. It is believed that, the more the number of graduates in IoT training and certification, the higher the revenue expected. In fact, it is belied that, by 2020, the total revenue will have risen to about $7.1 trillion for companies that make use of the IoT graduates.
  2. The IoT training will give you unique skills that businesses outside your industry knows but you don’t know. A good example is training you to use the new highly powerful development tools for the clickstream analysis. This gives you the power to detect fraud even before it has happened to your organization, enhance strong cybersecurity and do genome sequencing.
  3. IoT training is business, customer facing and technology-oriented- the training program is very inclusive as it impacts learners from diverse backgrounds. Whether you are a manager, an investor, an executive entrepreneur or a consultant, IoT business-oriented training is meant for you. The package will significantly help you come up with winning business strategies in an executive way to help you develop IoT businesses, products, and projects.
  4. Learner Expectations of IoT training- the course of training focuses on the architecture of IoT, devices, components and software requirements. Trainers will also ensure you have vast knowledge about the layers of IoT, emended systems as well as microcontrollers. Working with big data and analysis will no longer be a big deal to you! Importantly, you will be able to handle any IoT support service, security as well as advanced data management.
  5. The basic procedure- for you to be a certified graduate of the IoT course, you must have undergone the compulsory requirements and passed the given tests. The mandatory training module ensures that you have gained a full understanding of the IoT and how it works. Passing an exam is an indication of the high-level skilled graduate produced as the exams cover all the relevant a reas required in the job market.

All About IoT

Introduction.

IoT or Internet of Things is a blazing point nowadays. But what precisely is IoT? Explanation in the simplest way is that, it can be regarded as a virtual internet connection between everything present in our surroundings can be operated & monitored over the internet. It depicts a circumstance where everything encompassing our surroundings is made and prepared to do consequent interactions with one another with no inter-human or human-to-machine contact.

In technical terms the Internet of Things (IoT) is the arrangement of physical things or “things” embedded with equipment, programming, sensors, and framework accessibility, which enables these articles to accumulate and exchange data. The Internet of Things licenses things to be distinguished and controlled remotely transversely over existing framework foundation making open entryways for more clear compromise between the physical world and PC based structures. These contraptions accumulate significant data with the help of diverse existing advances and a while later freely stream the data between different gadgets. Current business division cases consolidate splendid indoor controller structures and washer/dryers that use Wi-Fi for remote watching.

Advantages of IoT

Transportation:
We are familiar with the term GPS. For instance we have been using it to track the movement of delivery trucks from considerable length of time now. IoT eases and simplifies this whole process of tracking of trucks as it uses a monitoring sensor which helps to track distance and time locations along with other contributing factors.

Promotions:
Use of IoT is possible in businesses for sending mobile promotions to regular shoppers. So what IoT does is it keeps a track about what is the ongoing trend or what shoppers are more interested in by tracking shopper’s history. It smartly utilizes location-based tracking of the physical shoppers as well as those who shop over the internet.

Vending technology:
IoT has played a big role in enhancing the working of vending machines by enabling them to communicate to monitor inventory levels, determine pricing, etc.

Time:
In today’s modern world, everyone around us is rushing to reach somewhere and even after rushing so much, still 24 hours is just not enough. But because of IoT, the amount of time saved could be quite large. So we all can use that time, saved by IoT.

Money:
The biggest advantage of IoT is saving money. If the price of the tagging and monitoring equipment is less than the amount of money saved, then the Internet of Things will be very widely adopted.

Environmental monitoring;
In this case, IoT uses sensors to assist in the protection of the environment by monitoring air or water quality, atmospheric or soil conditions and also be used to monitor the movements of wildlife and their habitats. It can also be used to detect earthquakes or early warning of tsunamis or other such calamities through which emergency services can be prepared with more effective aid.

Disadvantages of IOT

Compatibility:
Currently there is no international standard of compatibility for the tagging and monitoring equipment.

Privacy:
With all of this IoT data being transmitted, the risk of losing privacy increases. Having more information accessible on the web to government agencies, data aggregators, and hackers may not be a comforting thought for members of the public. Take, for example, toilets that measure blood sugar in urine and convey that information to a doctor’s office. That information, if accessed by non-intended recipients could be used against the connected toilet owner when applying for insurance or a job.

Potential of widespread malware:
The interconnection of devices done by IoT system could make it much easier for malware to spread throughout a home’s integrated system, with results ranging from complete corruption to minor inconveniences. Because of this, rather than having one device to fix, there could be numerous devices requiring a sweep of the infecting malware.

Intrusion:
Imagine all your appliances are connected by the web to manufactures and businesses that deal in the related products gets your data. This will result in unwanted offerings and advertisements on the LED screens of refrigerators, washers, dryers, etc. These unwanted advertisements may keep on growing as the data of your appliance gets shared across numerous business.

Future of IOT

In future, maybe till 2020 IoT will become the most essential part of our life as it will connect different sources of information such as sensors, mobile phones and cars in an ever tighter manner. The number of devices which connect to the Internet is increasing. These billions of components produce, consume and process information in different environments such as logistic applications, factories and airports as well as in the work and everyday lives of people.

Conclusion

IoT is the new upcoming technology with numerous advantages and certain assumed disadvantages but those advantages can be transformed in to advantages by little bit of more research and advancement into the system as it is going to be the most effective part of are lives in the near future.

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