What you'll learn:
- Understanding Introduction and importance of Internet of things (IoT) 5.0
- Learning Internet of things IoT types, principles and scope
- Analyze How IoT devices connect to the internet, IoT in smart homes and smart cities
- Overview of IoT in HR, Healthcare, Agriculture, logistics and supply chain and education sectors
- Analyze and learn IoT architect skills and How to become an iot architect
Internet of Things (IoT) : Fundamental Course (101 level)
The Internet of Things (IoT): A Revolution in Connectivity
We have been interacting with technology and living in a new way because of the Internet of Things (IoT). IoT transforms our homes, workplaces, and cities with an increasing number of internet-enabled devices. As we explore IoT applications, we will examine its potential impact on various aspects of our lives.
What is IoT?
In its simplest terms, IoT refers to the interconnection of everyday objects with the internet. From smartphones to wearable fitness trackers, home appliances to industrial machinery and vehicles, these devices are often referred to as "smart". These devices can communicate with each other and exchange information through IoT, enhancing their functionality and efficiency.
A major technological advancement, IoT has a wide variety of applications. Using IoT, healthcare providers can monitor patients remotely, use smart medical devices, and engage in telemedicine, improving patient care and reducing costs. Agriculture can benefit from IoT-based systems by optimizing irrigation, monitoring crop health, and increasing efficiency.
Smart homes are among the most notable IoT applications. Lighting, temperature, security systems, and even kitchen appliances can all be controlled remotely with IoT. Energy savings and increased home security are also a result of this connectivity.
IoT's impact on diverse sectors of society only grows as it evolves. Machine learning (ML) and artificial intelligence (AI) will be able to enhance IoT capabilities, enabling more advanced automation and predictive analytics. IoT applications will also be enhanced by higher-speed and more reliable 5G networks.
We are only just beginning to realize the potential of the Internet of Things. IoT revolutionizes everything from smart homes to industrial processes. Cybersecurity and data privacy challenges and concerns must be addressed to fully harness its benefits. Moving forward, IoT must be embraced while being implemented responsibly and securely.
The Internet of Things (IoT) is a revolutionary concept that connects everyday devices to the internet, enabling them to collect and exchange data. IoT programming involves designing applications and software to interact with these interconnected devices. One popular technology for long-range communication in IoT is LoRa (Long Range). It finds its application in various domains like home automation, where smart devices, often powered by ESP8266 or Raspberry Pi, can be controlled remotely for increased convenience and efficiency. In the world of Industrial IoT (IIoT), MQTT (Message Queuing Telemetry Transport) serves as a lightweight protocol for transmitting data between machines and devices. For enthusiasts and hobbyists, platforms like Raspberry Pi, ESP32, and Arduino offer versatile development environments to build exciting embedded systems, from home automation projects to robotics. These platforms, along with tools like MicroPython and Node-RED, provide flexibility and ease of programming. IoT is driving digital transformation and reshaping business models, making it a crucial component of modern electronics and microcontroller-based solutions.
In this fundamental course, I would like to teach the 5 major topics:
1. Introduction and importance of Internet of things (IoT) 5.0
2. Internet of things IoT types, principles and scope
3. How IoT devices connect to the internet, IoT in smart homes and smart cities
4. IoT in HR, Healthcare, Agriculture, logistics and supply chain and education sectors
5. IoT architect skills and How to become an iot architect
