Department of Mechatronics and Industrial Engineering
Our Laboratories
Laboratories
of Department of Mechatronics and Industrial Engineering
Following are the laboratories of the department of MIE
Electrical
Circuit and Simulation Laboratory:
Description: Purpose of this
laboratory is to provide the freshmen students with practical introduction to
ac, dc electric circuit theories and operations. Experiments like KVL, KCL,
Maximum Power Transfer theorem, power factor improvement, transient analysis,
filter and resonance circuit operations are conducted.
Major components:
Oscilloscopes
Trainer boards
Software used:
Proteus/PSpice
Electronics Laboratory
Description:
The experiments in Communication Electronics lab is designed to
introduce various aspects of analog electronics starting from the simplest
concepts leading to practical electronic circuits including amplifiers,
integrated circuits, oscillators and voltage regulators. Each workstation in
the lab has the necessary. The Digital Electronics lab is designed such that
the students get a hand on familiarity with the concepts they come across in
the Digital Electronics course. The Lab is well equipped with both hardware and
software facilities required by the students to perform the necessary
experiments designed for this lab
Major components:
Oscilloscope, Function (signal) generator, Digital multimeter
and experimental box. The independent variable power supply includes a robust
current limiting control for supplying power to the circuits.
Software used:
Proteus/PSpice
Electrical Machines Laboratory
Electrical Machines Lab provides the
essential facilities to the students to augment their concepts about the
fundamentals of transformers and electrical machines. This lab meet up the students’
thirst for knowledge about Electrical Machines its operation and characteristics.
DC series/shunt motor, compound motor, single-phase induction motor,
single-phase transformer, three-phase induction motor, three-phase synchronous
motor and three-phase transformer, Star-Delta starter are the laboratory setup in
this lab.
Major components:
Electrical Load
(Variable Resistor, Inductor and Capacitor)
Three Phase Induction
motor
Alternator
Electrical Speed
Measurement Module
Single & Three Phase
AC Variable Power Supply
Single & Three Phase
Transformer
Single & Three Phase
induction motor
Digital Electronics and Microprocessor Laboratory
Description: This laboratory is featured with state-of-the art laboratory equipment such as digital trainer board, logic probe, IC tester, digital meters, data switches, and wide ranges of digital ICs of TTL and CMOS series. In this lab students can implement their microprocessor and microcontroller-based projects using various processors, microcomputers and i/o devices.
Major components:
8051 MCU trainer Kit
8086 MPU trainer kit
I/O interfacing board
Different types of ICs
Software used:
EMU-8086
8085
Proteus
Power Electronics Laboratory:
Description: This lab covers experiments related to power electronic devices used in our industries. This lab is featured with numerous experimental setups that allow the undergraduates to perform experiments on controlled AC-DC conversion, DC-DC conversion, and DC-AC conversion, systems used in our industries. This lab has Power Converters i.e. DC-DC Converter (Buck, Boost Chopper); performed by using integrated IGBT Chopper/Inverter unit incorporating Chopper/Inverter Control module, AC-AC Converter (Full & Half wave Phase Control/Regulator), DC-AC Converter; both Single & Three Phase Inverter (PWM and 180° Modulation) controlled by Switching Control Signal Generator unit.
Three phase inverter
Half and full bridge inverters
Buck & Boost
Converter
1 and 3 Phase Inverter
Trainer
Digital Storage
Oscilloscope
Signal Generator
Digital Multimeter
DC Power Supply
DC & AC Ammeter
& Voltmeter
Transformers of Different Ratings
Software used:
Pneumatic and Control Laboratory
Control: This laboratory is used for introducing
the fundamentals of various analog and digital control systems, PID
controllers, PLC, and servo-system. Research on the characteristics of
different types of linear and non-linear controllers and multivariable control
theory can be conducted successfully here. The purpose of the control laboratory is
to provide students an opportunity for practical implementation of the concepts
that they learn in their control theory class. The students are also able to
apply control systems principles on electro-mechanical DC motor, traffic light
applications, and digital servo motor using programmable logic controller
(PLC),
Computer and Simulation Laboratory
Description:
The aim of this laboratory is to provide
required programming and simulations facilities to the undergraduate students
in order to meet their requirements of Mechatronics engineering profession. The
main emphasis is to do the project work on designing the circuits using latest
application packages and other engineering packages which are heavily used by
the undergraduate students. It is equipped with 31 computers and remains busy
during all working days.
Major software:
PSIM
PSpice
MATLAB
Proteus
Solid works
AutoCAD
C Compiler