Imortant Links

Department Achievements

• Rajasthan Technical University, Kota Final Merit List Bachelor of technology og Electronic Instrumentation & Control Engg. Session 2013-17


• Megha Malhotra 13EEAEI022 78.86 Rank /Merit 1


• Surbhi Suwal 13EEAEI054 77.89 Rank /Merit 3


• Poonam Gupta 13EEAEI034 75.48 Rank /Merit 8


• Ritesh Kumar Panda 13EEAEI042 75.28 Rank /Merit 9


• Surabhi Adapa 13EEAEI053 75.19 Rank /Merit 10


• Rajasthan Technical University, Kota Final Merit List Bachelor of technology og Electronic Instrumentation & Control Engg. Session 2014-18


• Shashank Chaturvedi 14EEAEI053 78.80 Rank /Merit 1


• Rajat Jain 14EEAEI044 75.52 Rank /Merit 2


• Anupriya Pandey 14EEAEI006 72.90 Rank /Merit 5


• Heera Lal 14EEAEI019 72.76 Rank /Merit 6


• Nisha Verma 14EEAEI037 72.14 Rank /Merit 7


• Sweety Ojha 15EEAEI206 71.55 Rank /Merit 10


• Ongoing Projects:- An efficient solar PV based hybrid multioutput converter for standalone application, by Mr. Raj Kumar Yadav, Dr. C.P.Jain, Rs. 13.72 Lakhs


• Ongoing Projects:-ASPIRE, Livelihood Business Incubator (LBI),Dr. J. K. Deegwal, Dr. H S Mewada,MSME, Rs79 Lakh


• Ongoing Projects:-Detection of heavy metals in water by Nano-sensor Electrodes, by Dr. Anup Kumar Sharma,Dr. H.S.Mewara, Atul Kumar Sharma, Rs.12.32 Lakhs


• Ongoing Projects:-Band gap optimization of CNT thin film for nano optical antenna and other optoelectronic devices.by Mr. Atul Kumar Sharma, Dr. H.S.Mewara, Dr. Anup Kumar Sharma, Rs 8.12 Lakhs


• Ongoing Projects:-Adaptive Bio-Impedance Based monitoring system for medical and industrial applications, by Mr. Ramesh Kumar Meena, Dr. H.S.Mewara,Rs 4.11 Lakhs


• Rajasthan Technical University, Kota Final Merit List Bachelor of technology of Electronic Instrumentation & Control Engg. Session 2012-16


• Neha Kumari Singhal 12EEAEI032 77.95 Rank /Merit 7


• Akshay Tunwal 12EEAEI001 76.60 Rank /Merit 8

Labs

Microprocessor and Microcontroller Lab

Room:-S-3, A
Lab Incharge:-Dr. C P Jain
Lab Technician:-Mrs. Rashmi
Lab Attendent:-
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Microprocessors and Microcontrollers laboratory helps the students to develop their knowledge on processor architecture and the programming skills. This laboratory houses the hardware which includes 8085 Microprocessor trainer kits, 8086 Microprocessor trainer kits, 8051 Microcontroller trainer kits, interfacing cards and software Keil-51. This laboratory provides hands-on experience to interface I/O devices, perform A/D and D/A conversions, design digital clock, traffic light control system etc., The features and facilities available in this laboratory helps the students to do their projects and enhance their knowledge on the latest trends and technologies. Students from other branches of engineering also make use of this laboratory and develop their skills in the field of Microprocessors & Microcontrollers and their applications.

 

Objectives:

 

·         Familiarize and understand of the architecture of 8085/8086 processor and 8051 controllers, assembling language programming and interfacing with various modules

·         Student able to do any type of embedded systems, industrial and real-time applications by knowing the concepts of Microprocessor and Microcontrollers.

Computational (Simulation) Lab

Room:-F 17
Lab Incharge:-Dr H S Mewara
Lab Technician:-Mrs. Rashmi
Lab Attendent:-
Details

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This the laboratory is to provide the computational facilities to M.Tech, B.E students to undertake their thesis or Project work. Presently 25 computers are providing 24-hour internet access and computational facility on MATLAB and Labview.

Objectives

 

o    Developing numerical, computational and logical skills relevant for the solution of theoretical and experimental electrical, instrumentation and control problems

o    Hands on experience to students for the usage of C language, MATLAB, Lab VIEW platform to verify and witness the relevant theoretical concepts.

Process Control Lab

Room:-F-21
Lab Incharge:-Dr. C P Jain
Lab Technician:-Mrs. Anita
Lab Attendent:-
Details

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This the laboratory was one of the first laboratories established in the Electronic instrumentation & control department. Process control is an integral part of any curriculum related to instrumentation engineering. This laboratory was established to make students aware of the basic fundamentals of practical process control. Various control viz. closed dc loop control, cascade control, ratio control, PLC control are simulated/practically implemented to give the student a better understanding. Besides this, advanced hydraulic trainer kit and pneumatic trainer kit give inside view of hydraulic and pneumatic control principles. Controller Modules are procured in the laboratory to demonstrate various controller configurations.

Objectives

·         To control temperature, pressure, flow, level using PC with the help of different control modes.

·         Design and implement controllers for various processes

Transducer Lab

Room:-S-3, B
Lab Incharge:-Mr. Ajay Dadhich
Lab Technician:-Mrs. Rashmi
Lab Attendent:-
Details

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Transducer Laboratory is equipped with modern measurement instrumentation equipment’s, which helps the students to study the different mechanism of measurement of Temperature, pressure, density, humidity, displacement, force, speed, torque, stress, etc. Students learn to measure as well as develop the skill to calibrate the temperature and pressure gauges etc.

Objectives

 

To provide a basic understanding of operational characteristics and applications of various sensors and transducers.

Measurement & Instrumentation Lab

Room:-S-3, A
Lab Incharge:-Mr. Ajay Dadhich
Lab Technician:-Mrs. Rashmi
Lab Attendent:-
Details

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Our Measurements and Instrumentation Laboratory brings hands-on experience to us students through learning and applying engineering measurement techniques using different types of transducers and measurement systems.

The major equipment in the laboratory includes:

·        transducers and instrumentation trainer kits

·        strain gauges, LVDTs, thermocouples, RTDs, digital thermometers, flowmeters, light sources and transducers

·        acceleration and displacement measurement devices

·        signal transmission and conditioning systems

·        basic laboratory equipment (multimeter, oscilloscopes, power supplies and function generators)

 

Objectives

To become familiar with the instruments that will be used in the Measurement and instrumentation Lab.

Electronics Lab

Room:-S-16
Lab Incharge:-Mr. Ajay Dadhich
Lab Technician:-Mrs. Rashmi
Lab Attendent:-
Details

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This laboratory is to impart practical knowledge, especially to degree students, of the basic electronic components and their applications. Such as a diode, transistor, diac, triac, thyristors, and UJTs, etc.  This laboratory is equipped with various modules for characteristic curve analysis of the electronic component and experimental setup of converters, inverters, choppers and speed control of dc motors. The consultancy work can be offered to related industries.

 

Objectives

·         Provide a platform for undergraduate and graduate students for the practical implementation of Electronics Circuits and Projects.

Bring Engineering students to the level of industrial standards in the field of Electronics Circuits and Projects.

Control Engineering Lab

Room:-F-21
Lab Incharge:-Dr H S Mewara
Lab Technician:-Mrs. Anita
Lab Attendent:-
Details

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This the laboratory is to impart the practical knowledge about various process control techniques used in modern process industries. This laboratory is equipped with process simulation kit with feed forward and cascade control schemes, electronic logic controllers, relay logic controllers, level and temperature control with PID controller, electronic transmitter, recorders, DCS and PLC (programmable logic controller) trainer kit to carry out advanced experiments in process control engineering.

Objectives

 

• To help the students understand and practice the modeling, simulation, and implementation of a physical dynamical system by linear time-invariant ordinary differential equation.
• To highlight the electrical modeling of a second order system and analyze the under-damped, over-damped and critically damped cases
• To study the effects of poles and zeros location in the s-plane on the transient and steady-state behavior
• To study the effects of Lead, Lag and Lag-Lead series compensator on a second order system transient and steady state system response.

Instrumentation Workshop

Room:-S-16
Lab Incharge:-Dr H S Mewara
Lab Technician:-Mrs. Anita
Lab Attendent:-
Details

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Aim to establish this laboratory is to give basic information to students regarding identification and checking of various passive circuit elements. it is also used to provide a platform for the assembly work, components testing and troubleshooting to carry out their projects using the different components and devices. The consultancy work can also be done for fault-finding and rectification of various instruments. This laboratory is equipped with crops, function generators, pulse generators and power supplies to carry out any experimental /demonstration work.

Objectives

• identify and understand importance of various electrical and electronics components
• understand basic construction and operation of various laboratory equipment’s