Name of Equipments

Potential Applications

Images

Industrial Robotic Center

An advanced state of the art Industrial Robotic Center is established in the institute by KUKA India Private Limited (A German Company). The robotic center has three robotic cells:
1. Material handling Cell
2. MIG welding Cell
3. Bare robotic cell

The KUKA robots facility is used to understand and train basic concepts of robot programming, motion planning, and programming methodology of robotic systems, performing research-oriented specific tasks including pick and place job.

MIG welding cell is the Bare robot which research students mainly use to learn, implement and test their new ideas, methods, and techniques using robotic systems.

The purpose of Bare robotic cell is is to use the arm for the testing and analysis of the systems developed by the students. The students can develop their own automation systems which can be tested in this cell. The robotic manipulator can be customized as per the systems designed and developed by the students

Design and Simulation Center

This lab consists of 18 high end specifications computer systems (32 GB high speed RAM, 4 GB dedicated Graphics card and high-performance multicore intel processor.) with latest design and simulation software like SolidWorks, ANSYS, and MATLAB etc, which enables the students to simulate various complex designs related to their work. This lab is integrated with 3D printing lab so as to design and develop the prototypes for testing.

Application areas of ANSYS:
• Antenna Design and Placement
• Autonomous Sensor Development
• Avionics and Flight Control
• Electric Motors
• Electronics Reliability
• E-Motor NVH and Active Sound Design for EV
• Gas Turbines
• Hypersonics
• PCBs, ICs and IC Packages
• Power Electronics
• Rotating Machinery
• Vehicle Chassis
• Wind Turbine Design

Application areas of SolidWorks:
• 3D Model Design (CAD)
• Assembly of Parts
• Analysis of Part (CAE)
• Making 2D Drawings
• Making (CAM) Programming (CNC Machining)
• Making Additive Manufacturing (AM) (3D Printing)

Application Areas of MATLAB:
• Automated Driving Systems
• Control Systems
• Data Science
• Deep Learning
• Embedded Systems
• Enterprise and IT Systems
• Image Processing and Computer Vision
• Internet of Things
• Machine Learning
• Mechatronics
• Power Systems Analysis and Design
• Robotics
• Signal Processing
• Wireless Communications

Sensor Drives & Control Lab

Students in the Mechatronics program come from different backgrounds like Mechanical, Electrical, Electronics, and Computer Science & Engineering. This lab is fundamental lab which makes them to understand the working and usage of different types of sensors, controllers and drives.

Students are taught about the working principle and sensors usability in different embedded systems. They are also trained to develop their own sensors according to the requirement of system and project they want to develop.

Students are trained about the working principle and actuators usability in different automation and embedded systems. They are also trained to develop their own actuation system according to their requirements in different project and automation system.

Starting from semiconductor, Diode, transistors, Logic Gate, the students are trained to program different microcontrollers using different high level language like- C++, Python, Matlab etc. so that they can have the capacity and competence to develop different smart system of their own for the service and benefit of human society.

Internet of Things (IoT) Lab

The IoT Lab is based on SENSEnuts technology that uniquely offers full technology stack with application layer, wireless network & cloud connectivity protocols for rapid IoT prototyping and also end to end vertical applications. It is Microcontroller with integrated 802.15.4 transceiver and variety of sensors like Environment, Meteorological, Air & water quality etc. It also has features like modular design having Gateways, Radios & sensors devices Self-healing multi-hop network, easy to install and faster deployment It gives affordable solution for WSN concept testing and learning. It is easy to use because of C based programming, exhaustive set of “easy to use” APIs, flexible MAC protocol implementation, live data Interface with MATLAB etc.

An ideal platform for research projects. It has many advanced features to offer like energy efficient individual StreetLight Controllers which enable remote On/Off switching, dimming control, User configurable time scheduling & grouping schemes, Current/power consumption tracking of luminaire, Alerts for outage & malfunction, connectivity to Local or Cloud Server for data access and management and finally interfaces for Sensors like Motion detection, Pollution, light etc.