Overview

The IoT and Embedded System Laboratory enables students and faculty to participate in the technological vision where the internet extends into the physical world, connecting everyday objects. This interdisciplinary field combines embedded systems, wireless sensor networks, control systems, and automation to create comprehensive IoT solutions.

Our laboratory provides extensive hands-on experience with tools for designing embedded systems and transforming them into IoT devices, preparing students for the rapidly evolving field of connected technologies.

Lab Resources

Development Boards

Raspberry Pi kits
ARM Cortex M3 development boards
ESP32/ESP8266 modules
Arduino compatible systems

Communication Tools

MQTT protocol implementation kits
Wi-Fi/Bluetooth/Zigbee modules
RFID/NFC development tools

Software & Tools

Python development environment
Embedded C/C++ toolchains
IoT cloud platforms
Sensor integration tools

Course Outcomes

Embedded Systems

Design and implement various embedded systems
Work with ARM Cortex M3 architecture
Develop efficient embedded Python code

IoT Technologies

Configure and program Raspberry Pi
Implement communication protocols
Work with MQ Telemetry Transport (MQTT)

Project Areas

Smart Systems

Home automation
Industrial monitoring
Agricultural IoT

Wireless Networks

Sensor networks
Mesh networking
LPWAN implementations

Edge Computing

Fog computing
Embedded AI
Real-time processing

Faculty In Charge

Dr. Suraj

Assistant Professor

Lab Technician

Mr. Hemant Kumar

Junior Technical Superintendent