School of Robotics

NEXUS LABORATORY BRINGS
EDUCATIONAL ROBOTICS TO AI

At Nexus Laboratory of DIAT-DRDO Pune, our dedicated team is committed to making cutting-edge technologies truly beneficial for educators. Choose your area of interest below to explore innovative products that will propel your institute into the 21st century and beyond.

We Go Above And Beyond To Support You

Laboratory Incharge

Ms. Prajakta Koratkar

Assistant Professor M. TECH. (DIAT)
Research Area: Electric Drives, Bioinspired Robotic System Design, System Automation and Control of actuators

Our Project

In-House Student-Driven Projects

Our projects specialize in the development, control, and teleoperation of advanced robotic systems. These initiatives drive scientific discovery, validate emerging technologies, and enhance engineering education.

In-House Student-Driven Projects

Line Follower Robot

Color based sorting on conveyer

Automated Product Sorting System

Robotic arm

Radar Detection System Using GSM Module

Smart Traffic light system

Medical assistant line follower robot

Robot Car

In-House Student-Driven Projects

Color based sorting on conveyer with control over telegram

Communication over internet with telegram access - The esp32 in the project do connect to the specific wifi and connects to the internet to setup a communication with the authorized id (bot in case).

Automated parking guidance system

The model is installed with a proximity sensor (IR Sensor) at entry to the parking along with a servo-motor controlled barrier. On the arrival of the visitor’s vehicle, this sensor (by getting ‘LOW’) makes a request to controller board (Arduino Uno, for this model) to run a scan over the parking lots which are, again, installed with the proximity sensors.

SEMI AUTOMATIC GARBAGE BIN COLLECTOR

This project consists of a Chassis, 4-6 Wheels for Chassis as well as trolley, an ESP-32 Microcontroller to control the motors and the grabbing mechanism, 2 heavy duty stepper motors to carry load of garbage, a stepper motor driver and 2-3 miniservo motors to control the grabbing mechanism and a power supply.
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