Course Description

Learn to design, build, and manage IOT systems with a hands-on approach. Work with microcontrollers, sensors, and cloud platforms to create smart applications that interact with the physical world. Complete real-world projects and gain skills for careers in IoT, smart home solutions, industrial automation, and embedded systems. Who Can Join Beginners in IoT, embedded systems, or electronics. Engineers and developers expanding into smart devices and automation. Students interested in robotics or smart technology. Professionals and freelancers building IoT solutions for businesses. Why Choose This Training Trainers with real-world IoT experience. Project-based, job-oriented learning. Small batches for personalized mentoring. Focus on practical device integration, data handling, and real-world applications. Before You Start Decide your focus: hardware (Arduino, Raspberry Pi) or software/cloud integration. Check course fee, schedule, and duration. Ensure access to a laptop and IoT hardware kits (Arduino, Raspberry Pi, sensors).

Course Details

Introduction to IOT
• Understanding the Internet of Things and its applications
• IOT ecosystem: devices, connectivity, cloud, and analytics
• IOT architecture and protocols

Microcontrollers & Development Boards
• Introduction to Arduino, Raspberry Pi, and ESP8266/ESP32
• Setting up the development environment
• Writing and uploading programs to microcontrollers

Sensors and Actuators
• Working with temperature, humidity, motion, and light sensors
• Controlling actuators like motors, relays, and LEDs
• Interfacing sensors and actuators with microcontrollers

IOT Communication Protocols
• Understanding Wi-Fi, Bluetooth, MQTT, and HTTP protocols
• Connecting devices for data transfer
• Real-time data monitoring and control

Data Management & Cloud Integration
• Collecting and storing IOT data on cloud platforms
• Using platforms like Firebase, ThingSpeak, or AWS IOT
• Visualizing and analyzing data with dashboards

Embedded Programming & Automation
• Writing efficient programs for sensor data collection and device control
• Automation using triggers and condition-based actions
• Error handling and debugging IOT systems

IOT Security & Best Practices
• Securing IOT devices and data
• Implementing authentication and encryption
• Ensuring reliable and scalable IoT solutions

Project Work & Real-World Applications
• Developing a smart home system (lights, temperature, security)
• Building an IOT-based environmental monitoring system
• Creating industrial automation or smart agriculture projects
• End-to-end implementation: device, network, cloud, and visualization

Frequently Asked Questions