Sense
Devices measure temperature, motion, light, location and more using sensors.
Internet of Things & Embedded Systems
Connect the physical world to the cloud.
Program microcontrollers, wire sensors, stream live data and automate real devices. Every module is taught on real hardware in our lab.
Embedded systemsSensorsCloud IoTIndustrial IoT
Introduction
What is the Internet of Things?
IoT connects everyday objects (lights, meters, machines, vehicles) to the internet so they can sense, share data and act on their own. It is behind smart homes, smart cities, connected factories and precision farming.
Connect
Data travels over Wi-Fi, Bluetooth, LoRa or cellular to gateways and the cloud.
Act
Dashboards and rules trigger alerts, switch devices and automate decisions.
Smart devices
Smart devices & connected systems
How individual devices become one intelligent system.
01
Smart devices
Smart plugs, locks, meters and wearables that report status and accept commands remotely.
- Device provisioning and pairing
- Remote control from web and mobile
- Low-power design for battery devices
02
Connected systems
Many devices working together through gateways, cloud platforms and shared rules.
- MQTT publish/subscribe messaging
- REST APIs and webhooks
- Real-time dashboards and alerts
Hardware
Sensors & embedded systems
The electronics and code inside every IoT product.
Microcontrollers
Arduino, ESP32 and STM32 boards programmed in Embedded C and MicroPython.
Single-board computers
Raspberry Pi for gateways, cameras and edge processing.
Sensors
Temperature, humidity, gas, motion, ultrasonic, current and GPS sensors.
Actuators
Relays, motors, servos, buzzers and displays to make devices act.
Communication
UART, I2C, SPI, Wi-Fi, Bluetooth Low Energy and LoRa.
Device security
Secure boot basics, encrypted transport and safe firmware updates.
Architecture
IoT architecture
The four layers every IoT solution is built on.
04
Application layer
Dashboards, mobile apps, analytics and automation rules that people use.
03
Cloud & processing layer
Data storage, stream processing, AI models and device management.
02
Network & gateway layer
Wi-Fi, LoRa, cellular and edge gateways that move data securely.
01
Perception layer
Sensors and actuators that measure and change the physical world.
Industry 4.0
Industrial IoT & smart automation
How factories and plants use IoT to work smarter.
Machine monitoring
Track vibration, temperature and run-time of machines in real time.
Predictive maintenance
Spot failures before they happen and plan repairs.
Energy management
Measure and reduce power use across lines and buildings.
PLC & SCADA integration
Connect existing controllers using Modbus and OPC UA.
Edge AI
Run vision and anomaly models directly on the shop floor.
Secure operations
Segment networks and protect industrial devices.
IoT projects
Practical IoT projects
Built on real boards in our lab.
Smart home controller
Control lights and fans from your phone with live status.
ESP32MQTTMobile UI
Weather monitoring station
Log temperature, humidity and air quality to a live dashboard.
DHT22Node-REDGrafana
Smart parking system
Detect free slots with ultrasonic sensors and show availability.
UltrasonicArduinoWeb
Machine health monitor
Predict motor faults from vibration and temperature data.
AccelerometerPythonAlerts
Smart irrigation
Water plants automatically based on soil moisture and weather.
Soil sensorRelayCloud
Edge AI people counter
Count visitors with a camera running a model on Raspberry Pi.
Raspberry PiTFLiteOpenCV
Curriculum
IoT curriculum
Hands-on from the very first class.
Module 01Electronics essentials
Circuits, power, breadboarding and safe lab practice.
Module 02Embedded C & MicroPython
Programming Arduino, ESP32 and Raspberry Pi.
Module 03Sensors & actuators
Temperature, motion, distance, relays, motors and displays.
Module 04Communication
UART, I2C, SPI, Wi-Fi, Bluetooth and LoRa basics.
Module 05Cloud & dashboards
MQTT, REST APIs, Node-RED and live dashboards.
Module 06Capstone
Design, build and demo a complete connected product.
Learning outcomes
- Program Arduino, ESP32 and Raspberry Pi
- Interface sensors and actuators safely
- Send device data to the cloud with MQTT
- Design an IoT system using the 4-layer architecture
- Build dashboards and automation rules
- Demo a complete connected product
IoT courses
Choose your IoT course
IoT
IoT & Embedded Systems
Program microcontrollers, read sensors and connect devices to the cloud with hands-on hardware in every class.
Explore course →IoT
Industrial IoT & Smart Automation
Connect machines, monitor production and automate decisions with industrial protocols and edge gateways.
Explore course →IoT
AI + IoT (Edge AI)
Put intelligence on the device: run vision and anomaly-detection models on edge hardware in real time.
Explore course →
Start today
Build your first connected product
Ask us about lab timings, hardware kits and the right IoT course for you.