IOT – Internet of Things Development Course in Chennai

825 Ratings

Master Internet of Things (IoT) development, embedded systems, sensor integration, cloud connectivity, device communication, and smart automation with Edubrights’ IOT – Internet of Things Development training in Chennai. This course is designed for students, freshers, electronics engineers, embedded engineers, IoT developers, software developers, automation engineers, robotics enthusiasts, and working professionals who want to build intelligent connected devices and IoT solutions for real-world applications.

Gain hands-on experience with microcontrollers, sensors, communication protocols, cloud platforms, IoT security, data acquisition, device management, and real-world IoT development projects through practical industry use cases.

Key Highlights:

✅ Real-Time IoT Development Projects & Smart Automation Use Cases

✅ Live Instructor-Led Training by Experienced IoT & Embedded Systems Experts

✅ Hands-On Practice with IoT Development Boards & Cloud Platforms

✅ IoT Fundamentals, Embedded Systems & Connected Device Architecture

✅ Microcontrollers, Sensors, Actuators & Hardware Interfacing

✅ Arduino, ESP32, ESP8266 & Raspberry Pi Programming

✅ MQTT, HTTP, CoAP, Bluetooth, Wi-Fi & IoT Communication Protocols

✅ Cloud Connectivity, Device Management & Real-Time Data Monitoring

✅ Data Collection, Edge Computing & IoT Analytics Fundamentals

✅ IoT Security, Authentication, Encryption & Device Protection

✅ Testing, Debugging, Deployment & Performance Optimization

✅ Integration with Arduino IDE, Raspberry Pi OS, AWS IoT Core, Microsoft Azure IoT, Google Cloud IoT, Node-RED, Firebase, Python & MQTT Brokers

✅ Resume Building, Portfolio Development & Mock Interview Preparation

✅ Career Guidance, Placement Assistance & IoT Certification Support

✅ Flexible Online, Classroom & Weekend Training Options

✅ Corporate Training for Manufacturing, Smart Cities, Healthcare, Automotive, Agriculture & Industrial Automation Teams

Build practical IoT development expertise, design and deploy smart connected devices, integrate cloud-enabled IoT solutions, automate real-world systems, and become industry-ready for careers in IoT Development, Embedded Systems Engineering, Automation Engineering, Robotics, Cloud IoT, and Smart Device Development.

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₹30000

₹38000

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Case Studies and Projects

Hours of Training

40+

Placement Assurance

100%

Expert Support

Yes

Support & Access

Lifetime

Certification

Yes

Skill Level

All

Language

All

Course Objectives

1. What will you learn in the IoT – Internet of Things Development course?

You will learn how to design, develop, and deploy Internet of Things (IoT) solutions that connect smart devices, sensors, cloud platforms, and mobile applications. The course covers IoT architecture, embedded systems, sensors and actuators, microcontrollers, communication protocols, cloud integration, edge computing, data analytics, security, and real-time IoT application development.

2. How does this course prepare you for real-world IoT projects?

The course provides hands-on experience in building smart IoT applications using Arduino, Raspberry Pi, ESP32/ESP8266, sensors, MQTT, cloud platforms, and mobile dashboards. You will develop connected systems for smart homes, industrial automation, healthcare, agriculture, and smart city applications.

3. What practical skills will you develop during the training?

You will gain expertise in IoT architecture, Arduino programming, Raspberry Pi development, ESP32 programming, sensor integration, MQTT communication, Wi-Fi and Bluetooth connectivity, cloud IoT platforms, API integration, data visualization, and IoT security.

4. How will real-time projects improve your IoT development skills?

You will work on practical projects involving smart home automation, environmental monitoring, industrial IoT, smart agriculture, healthcare monitoring systems, GPS tracking, and cloud-connected IoT dashboards.

5. What career opportunities can you pursue after learning IoT – Internet of Things Development?

This course prepares you for roles such as IoT Developer, Embedded Systems Engineer, IoT Solutions Engineer, IoT Application Developer, Embedded Software Engineer, IoT Cloud Engineer, Automation Engineer, Firmware Developer, Electronics Engineer, and Smart Device Developer.

Popular Techniques Covered in This Course

Internet of Things (IOT) Architecture

Arduino and Raspberry Pi Programming

ESP32 and ESP8266 Development

Sensor and Actuator Integration

MQTT, HTTP, and IoT Communication Protocols

Cloud IoT Platforms and API Integration

Edge Computing and Data Processing

IoT Security and Device Authentication

Real-Time Monitoring and Dashboard Development

IoT Deployment and Industry Best Practices

Get Hands-on Knowledge about Real-Time Projects

Project 1

Project 1: Smart Home Automation System

Develop a smart home solution to control lights, appliances, and security devices remotely using IoT sensors, mobile applications, and cloud connectivity.

Project 2

Project 2: Smart Agriculture Monitoring

Build an IoT-based agriculture system that monitors soil moisture, temperature, humidity, and irrigation using sensors and cloud dashboards.

Project 3

Project 3: Industrial Equipment Monitoring

Develop an Industrial IoT (IIoT) solution to monitor machine performance, equipment health, and predictive maintenance using connected sensors.

Project 4

Project 4: Healthcare Patient Monitoring System

Create a real-time health monitoring solution using wearable sensors to track heart rate, temperature, oxygen levels, and cloud-based reporting.

Project 5

Project 5: GPS Vehicle Tracking System

Build an IoT-enabled vehicle tracking application using GPS modules, cloud integration, real-time maps, alerts, and mobile notifications.

Key Features

Edubrights offers IOT – Internet of Things Development Training in virtual mode with expert trainers. Here are the key features,

40 Hours Course Duration

100% Job Oriented Training

Industry Expert Faculties

Free Demo Class Available

Completed 500+ batches

Certification Guidance

Curriculum

Module 1: Introduction to IoT

IoT overview: connecting physical devices to digital networks
IoT architecture: perception, network, and application layers
IoT applications: smart home, industrial IoT, healthcare, and agriculture
IoT platforms: AWS IoT, Azure IoT Hub, and Google Cloud IoT

Module 2: IoT Hardware Platforms

Arduino: microcontroller platform for sensor and actuator projects
Raspberry Pi: single-board computer for IoT gateway and edge processing
ESP32 and ESP8266: Wi-Fi and Bluetooth enabled IoT modules
Selecting hardware: matching platform to IoT use case requirements

Module 3: Sensors and Actuators

Temperature and humidity: DHT11, DHT22, and BME280 sensors
Motion and proximity: PIR, ultrasonic, and IR distance sensors
Light and gas sensors: LDR, MQ series gas sensors
Actuators: servo motors, relay modules, and stepper motors

Module 4: IoT Communication Protocols

MQTT: lightweight publish-subscribe protocol for IoT messaging
HTTP/REST: RESTful API communication from IoT devices
CoAP: constrained application protocol for resource-limited devices
Bluetooth LE and Zigbee: short-range wireless communication protocols

Module 5: IoT Connectivity

Wi-Fi: ESP32 Wi-Fi configuration and TCP/IP communication
LoRaWAN: long-range low-power wide area network for IoT
Cellular IoT: NB-IoT and LTE-M for wide-area device connectivity
Edge computing: processing IoT data at the device or gateway

Module 6: Cloud IoT Integration

AWS IoT Core: device registration, MQTT broker, and rules engine
Azure IoT Hub: device provisioning and message routing
Node-RED: visual IoT flow programming for rapid prototyping
Dashboards: visualising IoT sensor data with Grafana or ThingsBoard

Module 7: IoT Security

IoT security threats: device spoofing, data interception, and firmware attacks
Secure boot and firmware signing for IoT devices
TLS/SSL: encrypting IoT communication with certificates
Device identity: X.509 certificates and TPM for IoT authentication

Module 8: Capstone Project and Assessment

Smart monitoring system: sensors, ESP32, MQTT, and cloud dashboard
IoT automation: actuator control based on sensor thresholds
Secure IoT deployment: TLS-encrypted MQTT with cloud integration
Final assessment and course certification

Receive Training From Our Skilled and Effective Trainers

Experience in the Industry Gain expertise from IoT developers and solutions architects who have built connected device solutions for smart buildings, industrial monitoring, precision agriculture, and healthcare wearables using Arduino, Raspberry Pi, and cloud IoT platforms.

Backgrounds at the Top Our IoT trainers have worked at IoT solution providers, embedded systems companies, and cloud platform teams delivering end-to-end IoT implementations from sensor to cloud dashboard.

Clear & Effective Teaching IoT architecture, Arduino and ESP32 programming, sensors and actuators, MQTT, Wi-Fi and LoRaWAN connectivity, AWS IoT and Azure IoT Hub integration, Node-RED, and IoT security are explained with real project examples.

Hands-On Learning Focus Students build IoT prototypes with real hardware, program ESP32 devices, publish sensor data via MQTT, integrate with cloud IoT platforms, build dashboards, and implement security through structured hands-on labs.

Up-to-Date Knowledge Trainers keep content current with the latest AWS IoT, Azure IoT, and Google Cloud IoT releases, Matter smart home standard, and evolving IoT development and security best practices.

Professional IOT – Internet of Things Development Certification

The Professional IOT – Internet of Things Development Certification validates your expertise in designing and developing connected IoT solutions.

Course FAQs

1. What is the Internet of Things (IOT)?

Answer: The Internet of Things (IOT) is a network of connected devices that collect, exchange, and analyze data over the internet to automate processes and improve decision-making.

2. What are IOT devices?

Answer: IoT devices are smart devices equipped with sensors, processors, and communication capabilities that collect and exchange data with other systems.

3. What is MQTT?

Answer: MQTT (Message Queuing Telemetry Transport) is a lightweight messaging protocol widely used for communication between IoT devices and cloud platforms.

4. What is Raspberry Pi?

Answer: Raspberry Pi is a compact single-board computer used for IoT development, automation projects, robotics, and embedded system applications.

5. What is Arduino?

Answer: Arduino is an open-source microcontroller platform used for programming sensors, controlling hardware, and developing embedded IoT applications.

6. Which industries use IOT solutions?

Answer: Manufacturing, healthcare, agriculture, automotive, logistics, retail, smart cities, energy, telecommunications, and home automation industries extensively use IoT technologies.

7. Is IOT suitable for enterprise applications?

Answer: Yes. IoT enables organizations to automate operations, improve efficiency, monitor assets, and make data-driven decisions across enterprise environments.

8. Does the course include practical projects?

Answer: Yes. The course includes hands-on projects involving smart homes, industrial IoT, healthcare, agriculture, GPS tracking, and cloud-connected devices.

9. Is IOT beginner-friendly?

Answer: Yes. Basic knowledge of programming and electronics is helpful. The course starts with IoT fundamentals before progressing to advanced application development.

10. Why should professionals learn IOT Development?

Answer: IOT is transforming industries worldwide, making IoT development skills highly valuable for careers in automation, embedded systems, cloud computing, and smart technologies.