Certified IOT expert course
IOT basics, Architecture and Design of Internet of Things,Protocols of IOT,Cloud and IOT,Raspberry Pi and Arduino

What you will learn
IOT Basics
IOT Architecture and Design
IOT protocols
IOT and cloud
Arduino, Raspberry Pi
Arduino and Raspberry detailed project
Humidity measurement and Temperature using Arduino, Raspberry Pi
IOT Components
Layer Architecture of Internet of things
Quiz ( MCQ) on IOT Certified course
Why take this course?
🌐 Dive into the World of IoT with our Certified IOT Expert Course!
Course Overview:
Embark on a comprehensive journey through the realm of the Internet of Things (IoT) with our Certified IOT Expert course. This meticulously crafted curriculum, guided by the expertise of Satyendra Singh—a NCFM and NSIM certified professional with extensive experience in technical analysis, portfolio management, and machine learning—will empower you with a deep understanding of IoT's basics, architecture, design, protocols, cloud integration, and hands-on projects using Raspberry Pi and Arduino.
Course Breakdown:
1. Introduction to IoT 🏗️
- IoT Definitions: Understand the concept of IoT and its significance.
- Advantages and Disadvantages: Explore the benefits and challenges associated with IoT.
- Challenges of IoT: Tackle the hurdles and limitations in the current IoT landscape.
2. IoT Architecture and Design 🔧
- Components: Identify the essential elements that make up an IoT system.
- Layer Architecture: Grasp the layered approach of IoT systems, from perception to decision layer.
- Middleware of IoT: Learn about the middleware's role in seamless communication between devices and data processing.
3. IoT Protocols 🔑
- IoT Protocols Description: Get a clear understanding of different protocols used in IoT ecosystems.
- Communication Protocols: Explore the protocols that enable device-to-device and device-to-gateway communication.
- Data Link & Networking Layer Protocols: Dive into the protocols that ensure reliable data transmission and network connectivity.
- Transport Layer Protocols: Understand how these protocols facilitate secure and efficient data transfer across networks.
- Application Layer Protocols: Learn about the protocols that enable device management and communication at the application level.
4. Cloud and IoT ☁️
- Cloud Details: Uncover the role of cloud computing in storing, managing, and processing IoT data.
- Major Cloud Service Providers: Get to know the leading players in the cloud computing space.
- Edge Computing: Discover how edge computing brings computation closer to the location where data is generated.
- Fog Computing: Understand the concept of fog computing and its impact on IoT systems.
- Grid Computing: Learn about grid computing's role in distributed IoT systems.
5. Raspberry Pi and Arduino 🛠️
- Arduino Description: Delve into the world of Arduino, a microcontroller-based kit that's ideal for building prototypes.
- Arduino Boards Types: Familiarize yourself with the different types of Arduino boards and their specifications.
- Raspberry Pi Description: Explore the versatile Raspberry Pi and its capabilities.
- Raspberry Pi Models: Understand the various models available and their unique features.
- Raspberry Pi and Arduino Comparison: Learn about the strengths, weaknesses, and ideal use cases for both platforms.
6. Practical Projects 🛠️💡
- Uses of Sensor: Implement sensors to gather real-world data.
- Use Interface Switches: Learn to interact with devices using switches and buttons.
- MQTT, COAP Messaging: Understand messaging protocols for efficient IoT communication.
- Raspberry Pi and Arduino Coordination: Master the coordination between these two powerful devices.
- Remote Monitoring Solution (RMS): Apply your knowledge to create a remote monitoring solution that can be scaled for various applications.
Why Study IoT? 📈
- Accessible Sensor Technology: The proliferation of low-cost, low-power sensors has made IoT more accessible than ever.
- Connectivity Advances: A plethora of network protocols now make it easier to connect devices and data efficiently.
- Cloud Computing Platforms: The rise of cloud computing has made scaling IoT solutions more manageable and cost-effective.
- Machine Learning Insights: With the integration of machine learning, businesses can harness real-time data for informed decision-making.
- Conversational AI: The advancement of conversational AI is making IoT devices more user-friendly and integrated into daily life.
Enroll in our Certified IOT Expert course today and become a pioneer in the IoT revolution! 🌟 Join us to transform your career and stay ahead in the fast-paced world of technology.