IoT Project- Home Automation Course
The IoT Project- Home Automation Course is a hands-on, project-based program focused on designing and implementing a complete smart home solution. Learners will work with sensors, actuators, microcontrollers, connectivity modules, and user interfaces to monitor and control home appliances in real time. The course emphasizes system integration, practical troubleshooting, and real-world implementation. It helps learners apply IoT concepts to a functional project, building confidence, technical skills, and a strong portfolio for careers in smart systems and IoT applications.
- 72 Hours (2 Weeks Full-Time)
- Hindi, English
- Learn & Get Certified
- Basic & Intermediate
- Hands-On Training
Online Course Fees
Offline Course Fees
About this course
The IoT Project- Home Automation Course is an introductory 72-hour training program.
It is designed to build strong fundamentals in IoT through a blend of 40% theory and 60% hands-on practicals.
The course introduces learners to the sensors, microcontrollers (ESP32), communication protocols such as HTTP, along with cloud platforms like Arduino IoT Cloud.
Learners gain practical experience in device interfacing, wireless communication, dashboarding, micro-Python-based data handling, networking basics.
Student can choose from one of the following projects:
1. Home Automation
2. IoT in Automobiles
3. Logistics Tracker
4. Data Logger
Students will acquire real-world skills in building complete IoT solutions, covering
– hardware,
– firmware,
– cloud integration and
– networking
preparing them for advanced specializations and industry-ready IoT roles.
This course provides essential knowledge and practical training to build industry-relevant skills.
- Online Course Fees: ₹3500, ₹2500 (incl. GST) (Excluding tools & equipment cost)
- Offline Course Fees: ₹13500, ₹12000 (incl. GST) (Excluding tools & equipment cost)
- Certification: TCoE
- Duration: 72 Hours (Spread over 2 weeks full-time; 6 Hrs. per day; 5 Days per week)
What you'll learn
After this course you will learn:
- Basics of Home Automation Systems – Understand smart home architecture, components, communication layers, and overall workflow.
- Microcontroller Programming – Learn to program Arduino, ESP8266/ESP32, or Raspberry Pi for device control and automation logic.
- Sensor & Actuator Integration – Work with motion sensors, temperature/humidity sensors, light sensors, relays, smart switches, and motorized devices.
- Wireless Communication for Smart Homes – Implement Wi-Fi, Bluetooth, Zigbee, and MQTT for seamless device-to-cloud connectivity.
- IoT Cloud Platforms – Use platforms like Blynk, Adafruit IO, Firebase, or AWS IoT to monitor and control home appliances remotely.
- Mobile App Dashboard Development – Build user-friendly dashboards for controlling lights, fans, security systems, and energy monitoring.v
- Voice Assistant Integration – Connect smart devices with Alexa, Google Assistant, or Siri for voice-based automation.
- Automation Logic & Scheduling – Create smart rules such as motion-based lighting, temperature-controlled fans, timed appliances, and energy-saving scenarios.
Course Content
Why take this course?
This course offers hands-on experience in designing and building a complete smart home automation system using IoT technologies. You will learn how to integrate sensors, actuators, controllers, connectivity, and mobile or web interfaces to monitor and control home appliances in real time. By working on a practical, real-world project, you strengthen your understanding of IoT architecture, system integration, and troubleshooting. This course is ideal for applying theoretical knowledge, building a strong project portfolio, and gaining job-ready skills for smart living solutions and IoT-based innovation.
How to use online TCoE platform?
Tools and Equipment required
National Skill Development Mission
Module 1: Introduction to IoT and Automation Concepts (6 Hours)
- Covers the basics of IoT architecture, components, and its application in automation.
- Learners understand how devices communicate through sensors, actuators, and the cloud.
- Introduces the difference between manual, semi-automatic, and fully automated systems.
Module 2: Microcontrollers and IoT Hardware Platforms (8 Hours)
- Introduces ESP32, NodeMCU, Arduino UNO, and Raspberry Pi.
- Learners explore their GPIOs, ADC/DAC pins, and peripheral connections for automation control.
- This module includes environment setup in Arduino IDE and firmware uploading.
Module 3: Sensors, Actuators, and Relay Control Systems (8 Hours)
- Focuses on sensor-based automation: PIR, DHT11, LDR, ultrasonic, gas, and soil moisture sensors.
- Learners control devices using relays, motor drivers, and servos.
- Demonstrates 2-channel relay modules for AC/DC switching.
Module 4: Communication Protocols and IoT Connectivity (8 Hours)
- Explains how IoT devices communicate via Wi-Fi, Bluetooth, and MQTT.
- Learners build basic communication programs for data exchange between nodes and the cloud.
- Includes MQTT broker setup using Mosquitto or Adafruit IO.
Module 5: Designing IoT-Based Control Circuits (8 Hours)
- Hands-on circuit design for automation projects — motion-activated lighting, temperature-controlled fans, and smart irrigation.
- Learners develop logic-based control using sensors and actuators integrated with microcontrollers.
Module 6: Cloud Platforms and Dashboard Development (10 Hours)
- Students use Blynk, ThingsBoard, or Firebase to visualize sensor data and control appliances remotely.
- They create mobile dashboards for ON/OFF control, automation triggers, and real-time data logging. Includes Google Assistant or Alexa integration.
Module 7: Smart Automation Projects (Home/Industry/Agriculture) (10 Hours)
Implementation of real-time projects:
- Smart Home Lighting and Fan Control
- Industrial Motor Control and Monitoring
- Smart Irrigation with Soil Moisture and DHT Sensors
Students work in teams to integrate hardware and cloud systems for complete automation.
Module 8: Data Logging, Alerts, and Security Integration (6 Hours)
- Covers data recording using Google Sheets API, ThingSpeak, or Firebase.
- Students implement email/SMS alerts for anomalies (like overtemperature or intrusion).
- Introduces basic security layers such as HTTPS and authentication keys.
Module 9: Case Studies and Capstone Project (6 Hours)
- Learners study real-world IoT automation deployments (smart buildings, industries, and greenhouses) and develop a capstone project integrating multiple sensors, relays, and cloud connectivity for remote automation.
Module 10: Assessment and Certification
- Final evaluation includes a practical test, viva, and project presentation.
- Certified participants demonstrate expertise in developing and deploying IoT-based automation systems.
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Smart Lighting Control System
The Smart Lighting Control System is one of the most exciting components of the IoT-Based Automation System course. It focuses on designing and implementing intelligent lighting solutions that automatically adjust brightness or switch lights on and off based on motion detection, time of day, or user preferences. Learners explore how to integrate sensors, microcontrollers, and wireless communication to create energy-efficient and convenient lighting systems. This topic demonstrates how automation enhances comfort, reduces energy consumption, and brings smart living to everyday spaces.
Job Opportunities
Here are some interesting job opportunities after completing the IoT-Based Automation System course:
Home Automation Engineer – Design, install, and maintain smart home systems integrating IoT devices, sensors, and controllers.
IoT Solutions Developer – Create customized automation applications for lighting, appliances, and security management.
Embedded Systems Technician – Work on microcontroller-based systems that power home automation devices.
Smart Device App Developer – Develop mobile or web interfaces for controlling and monitoring smart home components.
Smart Security System Designer – Build and implement automated surveillance, door lock, and alarm systems for enhanced home safety.
Automation System Integrator – Combine different technologies and platforms into seamless, user-friendly automation networks.
IoT Network Specialist – Manage and secure wireless communication between interconnected smart devices.
- R&D Engineer – Smart Living Solutions – Innovate and develop next-generation home automation products and systems.
Frequently asked questions
What is the main focus of the IoT-Based Automation System course?
The course focuses on designing and developing smart systems that automate household functions such as lighting, appliances, energy management, and security using microcontrollers, sensors, and IoT technology.
Do I need prior technical knowledge to join this course?
Basic knowledge of electronics and programming is helpful but not mandatory. The course starts with fundamentals and gradually builds toward advanced automation concepts.
What kind of projects will I work on during the course?
You’ll get hands-on experience creating prototypes like smart lighting systems, automatic door locks, temperature monitoring, and app-based home control interfaces.
Which technologies are covered in this course?
You’ll learn about Arduino and Raspberry Pi platforms, wireless communication (Wi-Fi, Bluetooth, Zigbee), IoT integration, sensors, and cloud connectivity.
Can this course help me in my career?
Yes! It opens doors to roles like IoT Engineer, Automation Developer, Embedded Systems Technician, and Smart Home Designer — all in the rapidly growing IoT and automation industry.
