Looking to kickstart your career in the fast-growing world of IoT? Our IoT course in Thanjavur is designed to be practical, easy to follow, and career-focused. Whether you prefer online learning or classroom training, we guide you step by step with real examples, hands-on projects, and interactive exercises using Arduino, Raspberry Pi, and cloud platforms. By the end of the course, you’ll be ready to build real-world IoT applications and take your career to the next level.
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IoT Basics
Get a clear idea of how IoT works, how devices are connected, and where IoT is used in daily life and industries.
Sensors & Actuators:
Learn how sensors collect real-world data and how actuators respond with actions to control devices.
Microcontrollers
Work hands-on with Arduino, Raspberry Pi, and ESP32 boards to create small IoT projects and prototypes.
Communication Protocols
Understand how IoT devices communicate using MQTT, HTTP, CoAP, and other standard protocols.
IoT & Cloud
Learn to connect IoT devices to cloud platforms like AWS, Azure, and Google Cloud for storage and management.
Data & Dashboards
Practice collecting data from devices and create dashboards to monitor and visualize results in real time.
IoT Security
Learn the basics of IoT security, including encryption, authentication, and keeping devices safe from attacks.
Advanced Concepts
Get an introduction to edge computing, AI in IoT, and how they improve automation and decision-making.
Career Opportunities in IoT course
After completing this course, you can explore different job roles in IoT across IT companies, startups, and various industries.
- IoT Developer
- Embedded Engineer
- IoT Cloud Engineer
- IoT Solutions Architect
- IoT Security Specialist
- Firmware Developer
- IoT Data Analyst
Tools You'll Learn In Our IoT Course
- What is IoT? Definition & Overview
- IoT Applications in Daily Life & Industries
- IoT Architecture & Components
- IoT Devices & Connectivity Basics
- Trends & Future of IoT
- Types of Sensors: Temperature, Humidity, Motion, Light, Gas, etc.
- Types of Actuators: Motors, Relays, LEDs, Solenoids
- Reading sensor data using Arduino & Raspberry Pi
- Controlling actuators with microcontrollers
- Hands-on Project: Automated Home Lighting System
- Introduction to Arduino, Raspberry Pi, and ESP32
- Setting up the Development Environment
- Writing Basic Programs in C & Python
- GPIO, PWM, and Serial Communication
- Hands-on Project: Temperature & Humidity Monitor
- IoT Communication Basics
- MQTT: Publish/Subscribe Model
- HTTP & REST API
- CoAP and WebSockets
- Hands-on Project: IoT Device to Cloud Communication
- Introduction to Cloud Platforms: AWS, Azure, Google Cloud
- Connecting IoT Devices to the Cloud
- Data Storage & Device Management
- Hands-on Project: Real-Time Temperature Monitoring Dashboard
- Collecting & Storing Data from IoT Devices
- Introduction to Databases for IoT (SQL, NoSQL)
- Creating Dashboards with Grafana & Node-RED
- Monitoring & Analyzing Device Data
- Hands-on Project: IoT Data Dashboard
- IoT Security Challenges & Risks
- Encryption & Authentication Techniques
- Securing IoT Devices & Networks
- Best Practices for Safe IoT Deployment
- Hands-on: Securing a Sample IoT Project
- Introduction to Edge Computing in IoT
- AI & Machine Learning in IoT Applications
- Predictive Analytics & Automation
- Industry 4.0 Use Cases
- Hands-on Project: AI-Enabled IoT System
- Build a Complete IoT Solution End-to-End
- Use Sensors, Microcontrollers, Cloud, and Dashboards
- Presentation & Demo of Your Project
- Feedback & Career Guidance