About Department of Instrumentation and Control Engineering

2

DEPARTMENT OF INSTRUMENTATION

AND CONTROL ENGINEERING 2018-21

The Department of Instrumentation and Control Engineering

(ICE) commenced its Bachelor of Technology (B.Tech) degree

programme in 1990 with the intake of 30 students. Initially, the

degrees were awarded by Guru Nanak Dev University Amritsar,

subsequently, the Institute was affiliated to the newly set-up

Punjab Technical University for the period July 1997 through

October 2002. The Institute was accorded Deemed University

Status w.e.f. October 17, 2002, under the aegis of Ministry of

Human Resource Development, New Delhi. Then, the Ministry of

Human Resource Development, Government of India has declared

the Institute as ―Institute of National Importance under the act of

Parliament-2007.

Connecting the disciplines of Electrical, Electronics,

Mechanics, Computer Science and Control engineering is the core

competence of modern engineering. Many areas of specialization

namely Process Instrumentation, Control Systems, Biomedical

Engineering, Robotic, Wireless Networking etc., equips the

Engineers for quick adaptation to new fields of technology and

new areas of employment. Training students in all these areas is an

uphill and challenging task.

About Department of

Instrumentation and Control

Engineering

ICE curriculum provides a broad insight into state-of-the-art

methods for this interdisciplinary combination reinforced by

research. Further specialization is realized through the technical

electives. Therefore, every effort has been made while developing

curricula to ensure full cognizance of all value elements among

students. A holistic approach has been adopted while framing

curriculum, updating infrastructural facilities and improving

coaching methods. The teaching scheme has been enriched by the

valuable inputs of experts of respective fields from prestigious

institutions / organizations such as IIT Roorkee and IIT Delhi,

R&D organizations like CSIO and leading industries of the region.

The mission, we follow in our research, teaching and

technology is the development of technology for the benefit of

mankind. According to this motto, students of many different

academic and cultural background study and work together in

teams. The teaching of methodology and the logic of engineering –

learning to think - is a key aspect of education in the department.

This is the way knowledge keeps pace with rapid technological

advancements. This sound theoretical foundation is rounded off by

a well-balanced mixture of practical application in projects and

thesis work.

About Department of

Instrumentation and Control

Engineering

VISION

“To excel in the field of Instrumentation

and Control Engineering education,

research and innovation with

interdisciplinary approach responsive to

the needs of industry and sustainable

development of society while

emphasizing on human values and

professional ethics”.

MISSION

▪ To create and disseminate knowledge through research,

quality education and creative inquiry.

▪ To orient the education and research towards latest

developments through close interaction with industry,

other institutions of higher learning and research

organizations.

▪ To train the students in problem solving and soft skills,

inculcating leadership and team-work qualities, human

values and ethical professionalism.

DEPARTMENT OF INSTRUMENTATION AND CONTROL ENGINEERING

DEPARTMENT OF INSTRUMENTATION

AND CONTROL ENGINEERING

COURSES OFFEREDUNDERGRADUATE PROGRAMME

Bachelor of Technology (B.Tech) -

Instrumentation and Control Engineering

(ICE) (4 Years)

As per the NIT council (9th meeting) the following choices may be

made available to the students at the end of the first year

• Normal pace – total 4 years (8 semesters): One major degree.

• Major +Minor Degree- Total 04 years, 06 minor courses (18 credits)

in addition to essential Major Program Credits

• Ability to articulate ideas, communicate effectively, in writing and

verbally, on complex engineering activities with the engineering

community and with society at large.

• Ability to apply knowledge of Mathematics, Science and

Instrumentation and Control engineering to the solution of complex

problems.

• Ability to conduct experiments and researches, perform analysis and

interpret data for complex engineering problems.

• Ability to identify, formulate, investigate and synthesis of information

to solve complex engineering problems.

• Ability to design solutions for complex system, component or process

within a defined specification that meet specified needs with

appropriate consideration for public health and safety, cultural, societal

and environmental considerations.

PROGRAM OUTCOMES (POS) OF BTECH PROGRAMME

• Ability to use appropriate techniques, skills and modern

engineering tools, instrumentation, software and hardware

necessary for complex engineering practice with an understanding

of their limitations.

• Ability to analyze the impact of global and contemporary issues, the

role of engineers on society, including, health, safety, legal and

cultural issues and the consequent responsibilities relevant to

professional engineering.

• Ability to execute responsibility professionally and ethically.

• Ability to function effectively as an individual, and as a member or

leader in diverse teams.

• Ability to understand the impact of professional engineering

solutions in societal and environmental contexts and demonstrate

knowledge of and need of sustainable development.

• Ability to recognize the need for and have the preparation and

ability to engage in independent and life-long learning in the

broadest context of technological change.

• Ability to demonstrate knowledge and understanding of

engineering and management principles to manage projects in

multidisciplinary environments.

PROGRAM OUTCOMES (POS) OF B.TECH PROGRAMME


• The graduate should become as good professional (Teacher/

Researcher/ Engineer/ Entrepreneur) by acquiring strong

knowledge in the principles and practices of instrumentation and

control engineering.

• The graduate will continue to learn and to adapt in the world of

constantly evolving technology.

• The complete engineer with professional and social ethics in-line

with human

• Will be having good engineering knowledge and problem analysis

skills of various courses related to Instrumentation and Control

Engineering.

• Will be having exposure of various practical issues related to

Instrumentation and Control Engineering.

• Will be having good knowledge of soft skills to analyze the

performance of various Instrumentation and Control systems.

• Will learn to make and deliver presentations through seminar

activity and will be passing through a process of project/thesis work

where they will make design, fabrication and test of the project

work and then write a report.

• Will learn to work ethically which is beneficial to the society.

PROGRAMME EDUCATIONAL OBJECTIVES (PEO)



COURSES OFFERED

POSTGRADUATE PROGRAMME

M.Tech (Full Time) Degree Programme in Control and

Instrumentation Engineering w.e.f. July, 2006 and

M.Tech (Part-Time) Programme w.e.f. July, 2010

RESEARCH PROGRAMME

• The Department has also started Ph.D. Programme in 2005 in

the areas of Instrumentation and Control Engineering,

Biomedical Engineering, Robotics and Wireless sensor

Networking.

• The Department is consolidating its efforts to promote industrial

research and consultancy in appropriate areas of

Instrumentation and Control Engineering.

THRUST AREAS OF THE DEPARTMENT

• Instrumentation and Control

• Biomedical Instrumentation

• Industrial Automation and

Robotics

• Sensors and Sensor network

NO OF CANDIDATES AWARDED WITH Ph.D.

DEGREE - TILL DATE

17

NO OF CANDIDATES WORKING

FOR Ph.D. AT PRESENT

FULL TIME 23

PART TIME 7


HEAD OF THE DEPARTMENT

The department is committed to academic excellence and

maintaining interdisciplinary approaches in its undergraduate and

post graduate teaching and research programmes. Academic

programmes emphasize on, basic knowledge as well as

applications, current frontiers of technologies, efficient and

versatile algorithms and methodologies. Proper synthesis of

technology, planning and management in Instrumentation and

Control systems is stressed keeping in view the impacts on the

environmental, social and economic conditions. With rapidly

changing industrial scene and technological advances that have

taken place in microelectronics, communications and computer

technologies the field of Instrumentation and Control Engineering

has been revolutionized. Accordingly, the Department of

Instrumentation and Control Engineering is committed to have well

designed flexible course structure with provision of frequent

revision and adequately equipped Laboratories to get good

employment avenues available for Instrumentation and Control

Engineers.

DR. RAJESH SINGLA, FROM 2020 – TILL DATE

FROM HOD’s DESK


S. No. Name Qualification Designation

1. Dr. N. C. Shivaprakash PhD Professor (Adjunct Faculty)

2. Dr. Dilbag Singh PhD Professor

3. Dr. A.K Jain PhD Professor

4. Dr. S.K. Pahuja PhD Associate Professor

5. Dr. Roop Pahuja PhD Associate Professor

6. Dr. K.S. Nagla PhD Associate Professor

7. Dr. Rajesh Singla PhD Associate Professor & Head

8. Er.Narinder Singh M.Tech Associate Professor

9. Dr. Sheela Tiwari PhD Associate Professor

10. Dr. Amit Kumar Singh PhD Assistant Professor

11. Dr.O.P. Verma PhD Assistant Professor

12. Dr. Karan Veer PhD Assistant Professor

13. Dr. Sathiya S PhD Assistant Professor

14. Dr.Afzal Sikandar PhD Assistant Professor

15. Dr. Karan Jain PhD Assistant Professor

16. Dr. Ravi Verma PhD Assistant Professor

LIST OF FACULTY MEMBERS


LIST OF STAFF MEMBERS

Sr. No. Name Designation

1 Mr Vijay Kumar Technical Assistant SG-II

2 Mr Mahesh Kumar Technical Assistant SG-II

3 Mr Gurpreet Singh Senior Technical Assistant

4 Mr Sukhminder Singh Senior Technical Assistant

(Electrical Dept.,)

5 Mr. Tarlok Kumar Senior Technical Assistant

6 Mr Ashok Kumar Attendant SG-I

7 Mrs Arvinder Kaur Office Assistant

8 Mr. Manish Kumar

Yadav

Lab Assistant

9 Mr. Brijesh Kumar

Yadav

Lab Assistant

S. No. Name of the Lab. Officer In-charge

1 Microprocessor Based Instrumentation &

Computer Laboratory

Dr. Sheela Tiwari

2 Computing Laboratory Dr. Sheela Tiwari

3 Analytical Instrumentation Laboratory Dr. Sathiya S.

4 Measurements & Circuit Laboratory Dr. O. P. Verma

5 Control Engineering Laboratory Er. Narinder Singh

6 Process Control & Instrumentation Laboratory Dr. Amit Kumar Singh and Dr.

Karan Jain

7 Electrical Machines Laboratory Dr. Karan Veer

8 Fabrication Unit & Transducers Laboratory Dr. Afzal Sikander

9 Robotics Laboratory Dr. K S Nagla and Dr. Ravi Verma

10 Biomedical Instrumentation Laboratory Prof. Dilbag Singh

11 Virtual Instrumentation Laboratory Dr. Roop Pahuja

12 Signal Processing Laboratory Dr. S. K. Pahuja

13 Human Machine Interface Laboratory Dr. Rajesh Singla

14 Wireless Networks Laboratory Prof A. K. Jain


Departmental Laboratories


Lab Equipment & Research Facilities

Analytical Instrumentation Lab Caters to the need of following

subjects:

➢ Analytical Instrumentation

➢ Instrumentation System design

➢ Open Laboratory Programme (OLP)

Major Equipment

➢ Flame photometer

➢ Microprocessor based pH system

➢ Zirconia oxygen analyser

➢ Turbidity meter

➢ Microprocessor Karl Fisher moisture

titrator Viscometer

➢ Infrared gas analyser

➢ Microprocessor based Fluoride Ion meter

➢ Conductivity meter

➢ Precision electronic balance

➢ Soil and water analysis kit



Process control and Instrumentation Lab

Process Instrumentation Lab Caters to the need of following subjects:

➢ Process Dynamics and Control

➢ Advanced Process Control

Major Equipment:

➢ Multi-process control trainer Integrated control system for temperature,

flow, level and pressure

➢ Personal computer-based pressure control station

➢ Personal computer-based flow and level integrated station

➢ Pneumatic control teaching mechanism

➢ Pneumatic trainer with compressor

➢ Servo fundamental set

➢ Digital Storage Oscilloscope, 100 MHz, 2 channel – 02 Nos.

➢ Supervisory Control And Data Acquisition and Programmable Logic

controller

➢ Real Time PID controller

➢ PLC trainers

➢ Process Control trainer

➢ PLC with simulator



Biomedical Instrumentation Lab

Biomedical Instrumentation Lab Caters to the need of following subjects:

➢ Biomedical instrumentation

Major Equipment:

➢ BIOPAC System

➢ 300-MHz Mixed signal oscilloscopes with Mega Zoom III technology

➢ Digital multimeter, 6 1/2-digit enhanced performance

➢ EMG (PC-based) 2 – channel machine

➢ Function / Arbitrary waveform generator, 80 MHz

➢ E3631A power supply triple output

➢ Spirometer (PC based) machine

➢ Physiological recording and analyser system

➢ Hospital bed

➢ Burdick Atria 610 ECG (Glasgow Univ., UK)



Control System Engineering Laboratory

Control Engineering Lab Caters to the need of following subjects:

➢ Control Engineering

Major Equipment:

➢ DC position control system

➢ AC position control system

➢ Compensation networks setup

➢ Stepper Motor study trainer

➢ Potentiometric Error Detector – sets

➢ Synchros – sets

➢ Transducer and training set

➢ Fuzzy Logic development system

➢ Speed Control of AC servo motor

➢ Multimedia Projector (LCD)

➢ PID controller unit

➢ Pneumatic Control Teaching Mechanism (Feedback make)

➢ CRO, 60 MHz, 2 channel Model TDS-210

➢ DC motor-Gen T.F. Set



Microprocessor and Computing Laboratory

Microprocessor and Computing Lab Caters to the need of following

subjects:

➢ Microprocessor and programming

➢ Microprocessor and microcontrollers

Major Equipment:

➢ A/D and D/A converter cards

➢ Microprocessor based Stepper motor control

➢ 8085, 8086 based microprocessor kits

➢ 8155 ,8255 ,8251 ,8212 ,8253 cards

➢ Micro-controllers (8031/ 8051) interfacing application with accessories

➢ Universal In-circuit Emulator

➢ Microprocessor based Development System

➢ Handheld multifeaturescopmeter with accessories

➢ HP Compaq Computer, 2.86 GHz Duo Core 1GB 400 MHZ DDRL

166 GB ROM : 07

➢ Computer Acer APSLE : 05

➢ Computer- HP CZD HPL 1710 : 09



Electrical Machines Laboratory

Electrical Machines Lab Caters to the need of following subjects:

➢ Electrical science (core course for all disciplines)

➢ Electrical machines

Major Equipment:

➢ Converter units

➢ AC - DC generator set

➢ Poly phase induction motors,

squirrel cage and slip ring

induction motors

➢ LCR-Q bridge

➢ Transformers

➢ Multifunction Universal System

➢ Various loading arrangements

➢ Digital multimeters

➢ Power supply

➢ Stroboscope

➢ NI Elvis

➢ PC based 8-channel data logger with

signal conditioning

➢ PC based analog & digital motor

control system



Fabrication Unit and Transducer Laboratory

➢ Fabrication and Transducer Lab Caters to the need of following

subjects:

➢ Transducers and Signal conditioning

➢ Data Acquisition, Transmission and display

➢ Industrial Measurement

➢ Measurement Systems & Transducers

Major Equipment:

➢ 8-channel analog input module

➢ Load cell demo setup

➢ LCR/Q meter

➢ Optical transducers

➢ Pressure transducers

➢ Temperature transducers

➢ Torque measurement

➢ LVDT’s

➢ Function Generators and Regulated

Power Supply

➢ Digital Indication System

➢ Transducer and Instrumentation

Trainer Kit



Virtual Instrumentation and Signal Processing Laboratory

Signal Processing and virtual Instrumentation Lab Caters to the need of

following subjects:

➢ Signal processing

➢ Virtual instrumentation

➢ Lab VIEW– workshop

Major Equipment:

➢ Lab VIEW Graphical Development Software

➢ MATLAB Software

➢ Portable Data Acquisition Card

➢ NI Signal conditioning module

➢ NI Motion controller card

➢ NI PCI based image acquisition card

➢ NI PCI based multifunctional card

➢ ADAM 8-channel Thermocouple input module

➢ ADAM 8-channel RTD module

➢ Wireless Sensor Network Lab (NImake): procurement in progress



Measurement and Circuit Laboratory

Measurement and Circuit Lab Caters to the need of following subjects:

➢ Electrical Measurement and Measuring Instruments

➢ Circuit Theory

➢ Industrial Measurement

Major Equipment:

➢ Spot reflecting galvanometer

➢ Bridges (various types)

➢ Digital storage oscilloscope

➢ Wein bridge oscillator

➢ Active and Passive filters

➢ Digital Multimeters

➢ Sigma tape recorder

➢ Instrumentation Amplifier

➢ Stepper Motor

➢ Calibrator (Fluke Make)



Robotics Laboratory

Robotics Lab Caters to the need of following subjects:

➢ Project Work

➢ Design and Development of Robot

➢ Open Laboratory Programme

➢ PG Experiments on Robotics

➢ Research and Development

Major Equipment:

➢ Under Water Robot for Study of Working of Robot

➢ Mobile Robots (Sequence based)

➢ 4-Axis Galil Make Controller

➢ AC Servo Motors and Drives

➢ Laser range finder (LRF)

➢ Mobile Robot Platform Pioneer 3AT

➢ Vision Sensors

➢ WSDK Software for Robot Control

➢ Mapping Software

➢ Storage Oscilloscope



Human Machine Interface Laboratory

Major Equipment:

➢ EEG Acquisition Unit with software and accessories

➢ 32 channel Eego amplifier, 2kHZ

➢ 32 channel wave guard cap for adult (50 to 55 cm)

➢ Eego software recording license

➢ Eego sports backpack

➢ 8 inch windows 8+ tablet

➢ Trigger adapter, DB25

➢ Trigger adapter, BNC

➢ EEG starter kit

➢ Eego sports suitcase

➢ Bracket for Micro USB tablet

Wireless Network Laboratory

Presently four students are working for their research in the various

performance issues of Wireless LAN, Sensor Networks, WIMAX etc,

using Qualnet 5.0.2 simulator.


Advanced Equipment for Research Purposes

S.No Name of Equipment/Instrument/Software Major Specifications Research Potential

1 Pioneer 3-AT Mobile robots with Laser and

vision sensor

● Laser range finder

● Mobile robot mapping and

localization

● 3D mapping

Study of mobility of mobile robot; 2D and

3D mapping of environment for mobile

robot applications; position and velocity

control of mobile robot; SLAM and tele-

operation, etc.

2 QualNet 5.0 Research Perpetual ● Multimedia Library

● Wireless Library

● Developer Library

● Sensor Network with Zigbee

● UMTS Library

● Network Security

A planning, testing and training tool that

mimics the behavior of a real

communication network; reliable network

simulation tool for commercial, military,

and government organizations.

3 32 Channel EEG acquisition unit

(Make: Eegosports 32 channel)

● EEG signal acquisition and

processing

Research applications are extended to

various domains such as:

● Brain Computer Interfacing

● Clinical and psychiatric studies

● Social interaction

● Neuromarketing

and many more.

4 IR Gas Analyzer

(Type: ZKJ)

(Make: Fuji Electric Instruments Co., Ltd.)

Measurement of:

● NO: 0 to 100 ppm (MIN) - 0 to

5000 ppm (MAX)

● SO2: 0 to 100 ppm (MIN) - 0 to 10

vol % (MAX)

● CO2: 0 to 50 ppm (MIN) - 0 to 100

vol % (MAX)

● CO: 0 to 100 ppm (MIN) - 0 to

100 vol % (MAX)

● CH4: 0 to 500 ppm (MIN) - 0 to

100 vol % (MAX)

Research applications are extended to

various domains such as:

● air pollution (e.g. automobile

exhaust gas)

● agriculture (e.g. research on

photosynthesis)

● hazard prevention (e.g. marine

inert gas analysis)


Advanced Equipment for Research Purposes

5 Universal Calibration System

(Model 9100)

(Make: WAVETEK)

Calibration of:

● AC/DC Voltage

● AC/DC Current

● Frequency; % Duty Cycle

● Resistance; Capacitance

● RTD temperature

● Thermocouple temperature

Useful in various engineering laboratory-

experiments at UG/PG/PhD level

wherever calibration is required.

6 Physiological Data Analysis and Measurement

System

(Model: MP100)

(Make: Biopac Systems, Inc.)

● ECG Bio-Amplifier ECG 100C

(x3)

● EEG Bio-Amplifier EEG 100C

(x2)

● Differential Amplifier DA 100C

for non-invasive blood pressure

and heart sound (x2)

● Respiration rate RSP 100C

● Skin temperature SKT 100C

Useful in all biomedical research

applications that require to record and

analyze potentials from heart, brain, and

then respiratory rate, blood pressure.

7 B-Alert X10

(Make: Biopac Systems, Inc.)

ECG: 1 Channel

EEG: 9 Channels

● Useful in research applications

that require to record and analyze

potentials from brain (EEG) and

heart (ECG) simultaneously,

thereby, making it an important

tool to study various

neurological/cardiac disorders.

● This equipment may also find its

application in psychomotor tests.

8 Universal Electrical Machines Experimental

Setup

(Make: Lucas Nuelle)

● Basic Equipment set Training

System

● DC Machines

● Asynchronous Machines

● Synchronous and Slip-ring

Machines

● Stepping Motor

● Linear Motor

● Three-phase transformer

Useful for academic research at

UG/PG level of Electrical

Engineering.


Library

Department Library is open to students and faculty of the

department for reference and study. It is operative during working

hours. There are totally 499 books and 192 M.Tech theses available

in the library. Departmental Library is also equipped with

reprographic facility and video cassettes which help in teaching-

learning process.


Technical SocietySociety for Progression of Instrumentation

and Control Engineering (SPICE) is a society which was

established in the department of Instrumentation and

Control Engineering (ICE), Dr. B. R. Ambedkar National

Institute of Technology, Jalandhar formed on December

1, 1994.

The society is continuously working for the welfare

of students of Instrumentation and Control

Engineering. Several events have been organized

under this society such as expert lectures from

industry, workshops on robotics, career guidance &

industrial tours.

EVENT ORGANIZED BY SPICE

FOLLOW IT

MICRO ROBOT WAR

TECHNICAL GURUJI

TRICKY CIRCUITS

EXPERT LECTURE BY ALUMNI

EXPERT LECTURE BY INDUSTRY

EXPERTS.


Society Structure

➢ SPICE intends to start a mentorship program for the overall

development of students through educative interaction between juniors

and seniors(B.Tech, M.Tech, PhD).

➢ This program intents to guide the students to excel in their respective

field of technical interest with the help of alumni of the ICE

department and professional experts.

➢ LINK to SPICE-

https://www.nitj.ac.in/ice/spice/ https://www.nitj.ac.in/ice/spice/


Faculty Profile

DR. A. K. JAIN• Professor

EDUCATION

• B. E. (Electrical Engineering), IIT- Roorkee, 1981.

• M.E. Measurement & Instrumentation (IIT, Roorkee)

• Ph.D. High speed Network (NIT Jalandhar)

RESEARCH INTERESTS:

• Wireless Networks including Wireless Sensor Networks, Measurement

and Instrumentation

• Working in the area of wireless networks for past 8 years.


Faculty Profile

DR. DILBAG SINGH

• Professor

EDUCATION

• B. E. (Electrical Engineering with Hons.), Punjab Engineering College,

Chandigarh, 1987-91.

• M. E. (Control & Guidance) University of Roorkee, Roorkee, 1991-93.

• Ph.D. (Electrical Engineering), Indian Institute of Technology, Roorkee,

2001-04.

RESEARCH INTERESTS:

• Bio signal Processing and Instrumentation, Electrical Measurements

and Instrumentation, Control Systems, Small hydropower plants, power

system relays.

• His professional research interests are in signal processing, applied to

biomedical applications.


Faculty Profile

DR KULDEEP SINGH NAGLA

• Associate Professor

EDUCATION

• B. E. (Electronics and inst. Engineering), CET Bathinda, Punjab

University, Patiala

• M. E. (By Research) Dr. B.R. Ambedkar National Institute of

Technology, Jalandhar

• Ph.D. in Robotics (Dr BR Ambedkar NIT Jalandhar)

RESEARCH INTERESTS:

• Robotics, Artificial Intelligence (Sensor fusion in mobile robots),

Sensors, SLAM, Mobile Robot Mapping, Industrial Automation, IPR

etc.


Faculty Profile

ER NARINDER SINGH BHANGAL


EDUCATION

• B. E. Electrical Engg. (Punjab University)

• M. E. Control Systems (PAU, Ludhiana)

RESEARCH INTERESTS:

• Optimal Control Systems, Robust Control and Fuzzy Control of Active

Vehicle suspension system, Modeling and optimal control of 2- Link

Rigid Manipulator and Single Link Flexible Manipulator


Faculty Profile

DR RAJESH KUMAR SINGLA


EDUCATION

• B. E. ICE (Thapar University)

• M. TECH Electrical(M&I) (IIT Roorkee)

• Ph.D. Instrumentation and Control Engineering (NIT Jalandhar)

RESEARCH INTERESTS:

• Brain Computer Interface, Rehabilitation Engineering, Process Control


Faculty Profile

DR ROOP PAHUJA


EDUCATION

• B. E. Instrumentation and Control (Thapar Institute of Engineering and

Technology)

• M.TECH. Measurement and Instrumentation (Indian Institute of

Technology, Roorkee)

• Ph.D. Instrumentation and Control Engineering (NIT Jalandhar)

RESEARCH INTERESTS:

• Sensors, Measurement and Control, Virtual Instrumentation, PC based

Intelligent Measurement and Control Systems, Development of

Wireless Sensor Network Applications


Faculty Profile

DR SHARVAN KUMAR PAHUJA


EDUCATION

• B.Tech (Electrical Engineering with Hons.), Regional Engineering

College, Kurukshetra.

• M.Tech (Control System), Regional Engineering College, Kurukshetra

• Ph.D. (CBME), Indian Institute of Technology Delhi

RESEARCH INTERESTS:

• Feto-Maternal Monitoring, Electrical Impedance tomography,

Physiological Control System, Mathematical Modeling of Physiological

Systems, Signal Processing, Control System


Faculty Profile

DR SHEELA TIWARI


EDUCATION

• B. E. Electrical Engineering (Thapar Institute of Engineering and

Technology, Patiala)

• M. TECH Instrumentation and Control Engineering (Punjab agricultural

University, Ludhiana)

• PhD (Dr B R Ambedkar NIT Jalandhar)

RESEARCH INTERESTS:

• Power System Operation and Control, Application of Soft Computing


Faculty Profile

DR AFZAL SIKANDER

• Assistant Professor

EDUCATION

• B. TECH Instrumentation and Control Engineering (H.N.B. Garhwal

University, Srinagar, Uttarakhand)

• M. TECH Instrumentation and Control Engineering (M.D. University,

Rohtak, Haryana)

• PhD Electrical Engineering (Indian Institute of Technology Roorkee,

Roorkee, Uttarakhand)

RESEARCH INTERESTS:

• Control System, Sliding Mode Control, Fractional Order Control, Two-

Wheeled Mobile Robot, UAVs, DC-DC Converters in LED Drivers,

Applications of Machine Learning, Model Order Reduction Techniques,

Applications in Load Frequency Control, Automatic Voltage Regulator

in Power System, Solar System, Renewable Energy


Faculty Profile

DR AMIT KUMAR SINGH


EDUCATION

• B. TECH Electronics & Instrumentation Engineering (Uttar Pradesh

Technical University, Lucknow)

• M. TECH (Gold Medallist) Electrical Engineering (National Institute of

Technology, Kurukshetra)

• PhD Electrical Engineering (Indian Institute of Technology, Roorkee)

RESEARCH INTERESTS:

• Control System, Process Control & Instrumentation, Application of Soft

Computing Techniques to Chemical Applications, Model Predictive

Control, Renewable Energy


Faculty Profile

DR. KARAN JAIN


EDUCATION

• B. TECH Instrumentation and Control Engineering (Dr B R Ambedkar

National Institute of Technology Jalandhar)

• M. TECH Instrumentation (Indian Institute of Technology Kharagpur)

• PhD Biomedical Engineering (Indian Institute of Technology

Kharagpur)

RESEARCH INTERESTS:

• Modeling of physiological systems and associated diseased conditions;

cardiovascular system dynamics; applying machine learning for

physiological classification


Faculty Profile

DR KARAN VEER


EDUCATION

• B. TECH Instrumentation & Control Engineering (Kurukshetra

University)

• M. TECH Control Instrumentation (Kurukshetra University)

MBA HR

• PhD (Thapar University)

RESEARCH INTERESTS:

• Biomedical Signals, Prosthetic Devices, Statistical Applications,

Electromyography (SEMG) Signals, Cognitive Science, Wavelet

Analysis


Faculty Profile

DR OM PRAKASH VERMA


EDUCATION

• B. E. Electronics and Instrumentation (IET, Dr B R Ambedkar

University Agra)

• M. TECH Control and Instrumentation (Dr B R Ambedkar NIT

Jalandhar)

• PhD In discipline of Control and Instrumentation (IIT Roorkee)

RESEARCH INTERESTS:

• Process dynamics control and its optimization; Modeling, simulation &

Control; Optimal, Adaptive and Nonlinear Control; Optimization

Techniques: Soft Computing; Machine & Deep Learning;

Machine/Computer Vision; Blockchain; Process Design for Energy

Efficiency.


Faculty Profile

DR RAVI VERMA


EDUCATION

• B.Tech. Electronics Instrumentation and Control (Y.M.C.A. Faridabad)

• Masters in Engineering Instrumentation and Applied Physics (Indian

Institute of Science, Bangalore)

Ph.D. Instrumentation and Applied Physics (Indian Institute of Science,

Bangalore)

Post Doctorate Instrumentation and Applied Physics (Indian Institute of

Science, Bangalore)

RESEARCH INTERESTS:

• Instrumentation and Control, Low temperature Instrumentation,

Achieving Ultra High Vacuum for space simulation, Cryosorption

Pump, Measurement of Thermal properties of Materials


Faculty Profile

DR SATHIYA S


EDUCATION

• B. E. Electronics and Instrumentation (Kongu Engineering college -

Anna University Chennai)

• M. E. Control and Instrumentation (Anna University)

• PhD Instrumentation Engineering (National Institute of Technology,

Tiruchirappalli)

RESEARCH INTERESTS:

• Instrumentation - Sensors system Design (Liquid Property Sensors),

Smart structure based Sensors and /actuators, Smart Sensors, Bio

Sensors, Deep learning and Machine Learning in measurement systems.


Students Placement

Selected Students for Placement 2014-18 Batch Instrumentation & Control

Engg.

Sr.no Name of the Company Package No. of Student

1 Gaia Smart Cities 4 1

2 Deloitte 6.2 10

3 Oracle 9.2 1

4 EXL Services 6 1

6 Wipro Limited 6 6

7 Mu-sigma 7 1

8 Robert Bosch 4.5 6

9 LnT Infotech 4.18 9

10 Capgemini 6 9

11 Bridgei2i 4.5 1

12 Lnt Limited 4.87 2

13 Va Tech Wabag 4.5 1

14 Infosys 3.25 2

15 HMEL 5 1

16 OFSS 5.35 3

17 IOLCP 4.8 1

18 Peoplestrong 6.25 1

19 KPIT 4.5 2

20 Vedanta 7.95 3

21 Resonance Eduventures Limited 6 1

22 Edwisor 4 1

23 Reliance Manufacturing 5.5 5

24 BORL 5.4 1

25 Trident 15 2

26 BPCL 17.3 6

27 Gail India Limited 17.3 5


Students Placement


Engg.

Sr.no Name of the Company Package No. of Student

1 Wipro Limited 6.5 1

2 Reliance Industries Limited 5.5 6

3 Capgemini Technology Services India Pvt Ltd 6.8 15

4 Bosch 6 1

5 Deloitte 6.7 2

6 L&T Limited 6 2

7 Auto Ninja 6 1

8 Wipro Limited 6.5 3

9 Grey B 5.2 2

10 Cubastion 7 1

11 Resonance Eduventures 4.8 1

12 Reilance Industries Limited 5.5 8

13 Infosys 3.6 1

14 Ashok Leyland 4 2

15 L&T Construction 6 1

16 Vedanta 7.95 3

17 Dxc Technologies 5.5 1

18 Matrix 4 1

19 IOLCP 4.8 1

20 Ram Group 4.5 1

21 Samsung Engineering 4.8 1

22 JSW 5.13 2


Students Placement

S.No Company Package CTC No of Students Placed

1 Aarti Industries Limited 5.5 3

2 Cadence 11.75 1

3 Capgemini Solutions 6.8 3

4 Deloitte 7.8 2

5 Ericsson 5 4

6 GreyB 6 1

7 Infosys 3.6 1

8 IOLCP 4.08 2

9 L&T Construction 6 6

10 L&t Limited 6 1

11 Nagarro 6 2

12 Nest Away 6 1

13 Nucleus Software 6.5 2

14 Oracle OFSS 6.4 2

15 Ram Group 4.8 1

16 Reliance Industries Limited 7.5 9

17 Samsung Engineering 5.4 3

18 Sourcefuse 8 1

19 Technip FMC 6.2 2

20 Useready 6 1

21 Vedanta Group 7.95 5

22 Virtusa 4.5 1

23 Vserv Business Solutions 8 2


Engg.


Students Placement


Engg.

S.No Company Package LPA No of Students Placed

1 Accenture 8.9 1

2 Accolite Software Pvt. Ltd. 11 1

3

Capgemini India 6.8 3

4

Capgemini Solutions India 6.8 4

5

CGI India 6.8 4

6 Delhivery 8 2

7 Deloitte Consulting India Pvt. Ltd. 7.6 8

8 Ericsson 6.5 1

9 EXL Service 6 1

10 Infosys 3.6 2

11 IOLCP 4.8 1

12 LnT Infotech 6.5 1

13 Lowe's India 19.34 1

14

Mphasis Corporate 6 5

15 Nagarro Software (P) Ltd 6 1

16 Oracle 13.2 1

17

Oracle Financial Services Software ltd. 6.55 4

18 Pinelabs 6.79 1

19 Planetspark 6.5 1

20 Raam Group 9.8 1

21 Tata Consultancy Services Ltd. 3.36 1

22 Tata Power Company Limited 5.5 1

23 Technip Energies 6.2 1

24 Technip FMC 6.2 2

25 Tredence Analytics 6.5 3

26

Wirpo Limited 6.5 8

27 Ziploan 7.5 1


Publications (2018-Till date)

• A.K. Jain Shashank Tripathi, “Performance Analysis of Mobility over the Integrated UMTS and WLAN Network in different Mobility Models with Vertical

Handoff Prediction Algorithms using Streaming Service”, Recent Trends in Electronics & Communication Systems, 2016/5, 3,1, 35-47.

• A.K. Jain S. Tripathi, “QoS Analysis of the Integrated UMTS and WLAN Network in Different Mobility Models with Prediction Algorithms Assisted

Vertical Handoff using Conversational Traffic”, Journal of Web Engineering & Technology, 2016/5, 3, 1, 7-19.

• A K Jain Shashank Tripathi,” Performance Analysis of Mobility in the Integrated UMTS and WLAN Network for Interactive Service”, International Journal

of Computing and Network Technology, 2016/5, 4, 2, 59-65.

• Shashank Tripathi A. K. Jain, “Mobility Performance Analysis in the Integrated UMTS and WLAN Network for Background Service”, International Journal

of Research in Management, Science & Technology, 2016/5, 4, 1, 1-7.

• Amanjot SinghToor, A.K.Jain, “Energy Aware Cluster Based Multi-hop Energy Efficient Routing Protocol using Multiple Mobile Nodes (MEACBM) in

Wireless Sensor Networks, AEU - International Journal of Electronics and Communications, 102, April 2019, Pages 41-53

• Mahendra Kumar, A. K. Jain, “Comparative Performance Analysis of Different Routing Protocols in Wireless Ad-hoc networks (IEEE 802.11)”, International

Journal of Computers and Technology, Vol. 8 No. 3 (2013).

• Amanjot Singh Toor, A.K. Jain,"A Novel Energy Efficient Routing Protocol EACBM for Scalable Wireless Sensor Networks", International Journal of

Computer Network and Information Security(IJCNIS), Vol.10, No.5, pp.9-17, 2018.DOI: 10.5815/ijcnis.2018.05.02.

• Singh Toor, Amanjot; Jain, A. K., “Energy Aware Cluster Based Multi-Hop: A New Energy Efficient Routing Protocol for Wireless Sensor Networks”,

Sensor Letters, Volume 16, Number 4, April 2018, pp. 304-310(7)

• Amanjot Singh Toor 1 and A.K. Jain2, “Performance Evaluation of new Energy Aware Cluster Based Multi-hop (EACBM) Routing Protocol in Wireless

Sensor Networks”, International Journal of Grid and Distributed Computing Vol. 11, No. 2 (2018)

• Amanjot Singh Toor; A. K. Jain, “A new Energy Aware Cluster Based Multi-hop Energy Efficient routing protocol for Wireless Sensor Networks, 2018 IEEE

International Conference on Smart Energy Grid Engineering (SEGE), 12-15 Aug. 2018.

• V Shankhwar, D Singh, KK Deepak, “Characterization of Electromyographical Signals from Biceps and Rectus Femoris Muscles to Evaluate the

Performance of Squats Coupled with Countermeasure Gravitational Load …, Microgravity Science and Technology 33 (4), 1-11.

• A Singh, BS Saini, D Singh, “A new baroreflex sensitivity index based on improved Hilbert–Huang transform for assessment of baroreflex in supine and

standing postures”, Biocybernetics and Biomedical Engineering 36 (2), 355-365.

• AB Queyam, SK Pahuja, D Singh, “LabVIEW-based Virtual Instrument for Simulation of Doppler Blood Flow Velocimetry of Umbilical Artery”, J. Instrum.

Technol. Innov 6 (1), 1-9.

• A Singh, BS Saini, D Singh,” An alternative approach to approximate entropy threshold value (r) selection: application to heart rate variability and systolic

blood pressure variability under postural challenge”, Medical & biological engineering & computing 54 (5), 723-732.

• A Singh, BS Saini, D Singh, “An adaptive technique for multiscale approximate entropy (MAEbin) threshold (r) selection: application to heart rate variability

(HRV) and systolic blood pressure variability …,Australasian physical & engineering sciences in medicine 39 (2), 557-569.

• G Sethi, BS Saini, D Singh, “Segmentation of cancerous regions in liver using an edge-based and phase congruent region enhancement method”, Computers

& Electrical Engineering 53, 244-262.

• AB Queyam, SK Pahuja, D Singh,” Non-Invasive Feto-Maternal Well-Being Monitoring: A Review of Methods”, Journal of Engineering Science and

Technology Review 10 (1), 177-190.

• AB Queyam, SK Pahuja, D Singh,” Simulation and Analysis of Umbilical Blood Flow using Markov-based Mathematical Model”, International Journal of

Intelligent Systems and Applications 9 (3), 41.

• A Bin Queyam, S Kumar Pahuja, D Singh,” Quantification of Feto-Maternal Heart Rate from Abdominal ECG Signal Using Empirical Mode Decomposition

for Heart Rate Variability Analysis”, Technologies 5 (4), 68.

• H Mary, D Singh, KK Deepak,” Harmonic Analysis of Arterial Blood Pressure Signal Using Fourier Decomposition for Autonomic Health Assessment”,

Current Trends in Signal Processing 7 (3), 7-14.

• H Mary, D Singh, KK Deepak,” Identifying deep breath effect on cardiovascular signals using conditional entropy: an information domain approach”,

Biomedical Engineering: Applications, Basis and Communications 30 (02), 1850012.

• H Mary, D Singh, KK Deepak,” Assessing scale-invariance changes on electrocardiogram during postural change”, IEEE International Conference on

Electrical, Electronics, Computers …

• AB Queyam, RK Meena, SK Pahuja, D Singh, “An IoT Based Multi-Parameter Data Acquisition System for Efficient Bio-Telemonitoring of Pregnant

Women at Home”,2018 8th International Conference on Cloud Computing, Data Science …

• Vishwajeet, D Singh, KK Deepak,” Development of a Human Body Finite Element Model for Knee Joint Investigation”, A Multitrack National Conference

SLIETCON-2019 1 (1), 9.

• Vishwajeet, D Singh, KK Deepak,” Modelling and Simulation of Carotid Artery in Microgravity”, IEEE 5th International Conference on Signal Processing,

Computing and .



• M Kumar, D Singh, KK Deepak,” Multifractal Spectrum Analysis of Heart Rhythm during Internally and Externally Operative Attention”, 2019 5th

International Conference on Signal Processing, Computing and.

• Vishwajeet, D Singh, KK Deepak,” Modelling and Simulation of Carotid Artery in Microgravity”, 2019 5th International Conference on Signal Processing,

Computing and ….

• Vishwajeet, D Singh, KK Deepak,” Modelling and Simulation of Carotid Artery with Fat Blockage”, 17th annual International Ergonomics Conference

‘Humanizing Work and Work

• A Khurana, KS Nagla,” Extrinsic Calibration Methods for Laser Range Finder and Camera: A Systematic Review”, MAPAN 36 (3), 669-690.

• A Khurana, KS Nagla,” Improved auto-extrinsic calibration between stereo vision camera and laser range finder”, International Journal of Image and Data

Fusion 12 (2), 122-154.

• SYDKA A. Varshney, N. Garg, K. S. Nagla, T. S. Nair, S. K. Jaiswal,” Challenges in Sensors Technology for Industry 4.0 for Futuristic Metrological

Applications”, MAPAN.

• A Khurana, KS Nagla,” An Improved Method for Extrinsic Calibration of Tilting 2D LRF”, Journal of Intelligent & Robotic Systems 99 (3), 693-712.

• R Singh, KS Nagla,” Comparative analysis of range sensors for the robust autonomous navigation–a review”, Sensor Review.

• R Singh, KS Nagla,” A modified sensor fusion framework for quantifying and removing the effect of harsh environmental condition for reliable mobile robot

mapping”, Sensor Review.

• R Singh, KS Nagla,” Development of an efficient laser grid mapping technique: P-SLAM”, International Journal of Image and Data Fusion 10 (3), 177-198.

• R Singh, KS Nagla,” Sonar sensor model for the precision measurement to generate robust occupancy grid map”, MAPAN 34 (2), 239-257.

• R Singh, KS Nagla,” Removal of specular reflection and cross talk in sonar for precise and accurate range measurements”, MAPAN 34 (1), 31-42.

• R Singh, KS Nagla,” Multi-data sensor fusion framework to detect transparent object for the efficient mobile robot mapping”, International Journal of

Intelligent Unmanned Systems.

• R Singh, KS Nagla,” Modified probabilistic laser sensor model to reduce the effect of the mixed pixel for robust autonomous mobile robot navigation”,

International Journal of Vehicle Autonomous Systems 14 (4), 305-324.

• KS Singh, R. and Nagla,” Sonar sensor model for the precision measurement to generate robust occupancy grid map”, Journal of Metrology MAPAN,, pp.1-

12..

• R Singh, KS Nagla,” Error analysis of laser scanner for robust autonomous navigation of mobile robot in diverse illumination environment”, World Journal of

Engineering.

• R Singh, KS Nagla,” Improved 2D laser grid mapping by solving mirror reflection uncertainty in SLAM”, International Journal of Intelligent Unmanned

Systems.

• A Khurana, KS Nagla,” Signal averaging for noise reduction in mobile robot 3d measurement system”, MAPAN 33 (1), 33-41.

• A Garg, KS Nagla,” Error estimation in ballistic missile trajectory using Kalman Filter”, 2019 IEEE International Conference on Innovations in

Communication …

• A Khurana, KS Nagla, R Sharma,” 3d scene reconstruction of vision information for mobile robot applications”, Soft Computing: Theories and Applications,

127-135.

• Vivek Kumar Maurya and Narinder Singh Bhangal,” Optimal Control of Vehicle Active Suspension System”,2018, 6, 1.

• Narinder Singh Bhangal,” Robust Control of Flexible Link Manipulator“,Advances in Intelligent Systems and

Computing, Volume 1053, Year 2020, Pages 363-373

• Bhangal, Narinder Singh;Chaudhary, Shailendra,” ANFIS control of Vehicle Active Suspension System“, International Journal of Mechanical Engineering

and Robotics Research, Volume 7, Year 2018, Pages 433-437.

• V Vishnoi, S Tiwari, RK Singla,” Controller Design for Temperature Control of MISO Water Tank System: Simulation Studies”, International Journal of

Cognitive Informatics and Natural Intelligence (IJCINI), 2021/10/1, 15, 4, 1-13.

• V Vishnoi, S Tiwari, R Singla,” Performance Analysis of Enhanced MFO-Based Online-Tuned Split-Range PID Controller”, Arabian Journal for Science and

Engineering 46 (10), 9673-9689.

• N Rathi, R Singla, S Tiwari,” A novel approach for designing authentication system using a picture based P300 speller”, Cognitive Neurodynamics 15 (5),

805-824.

• N Rathi, R Singla, S Tiwari,” Towards a role-based authentication system based on SSVEP-P300 hybrid brain–computer interfacing”, Behaviour &

Information Technology, 1-17.

• E Katyal, R Singla,” EEG-based hybrid QWERTY mental speller with high information transfer rate”, Medical & Biological Engineering & Computing 59

(3), 633-661.

• V Vishnoi, S Tiwari, R Singla,” Performance analysis of moth flame optimization-based split-range PID controller”, MAPAN 36 (1), 67-79.

• A Katyal, R Singla,” Synchronized Detection of Evoked Potentials to Drive a High Information Transfer Rate Hybrid Brain-Computer Interface Application”,

Advanced Biomedical Engineering 10, 58-69.



• N Rathi, R Singla, S Tiwari,” Brain Signatures Perspective for High-security Authentication”, Biomedical Engineering: Applications, Basis and

Communications 32 (04), 2050025.

• Akshay Katyal, Rajesh Singla,” Towards enhanced information transfer rate: a comparative study based on classification techniques”, Computer Methods in

Biomechanics and Biomedical Engineering: Imaging & Visualization, 2020, 8, 4, 446-457.

• A Katyal, R Singla,” A novel hybrid paradigm based on steady state visually evoked potential & P300 to enhance information transfer rate”, Biomedical

Signal Processing and Control 59, 101884.

• A Katyal, R Singla,” SSVEP-P300 hybrid paradigm optimization for enhanced information transfer rate”, Biomedical Engineering: Applications, Basis and


• OPV Smitarani Pati, Drishti Yadav, Gaurav Manik, Rajesh Singla,” Generalized Mathematical Modeling of MEE for Calculation of Steam Efficiency and

Steam Consumption”, Advances in Intelligent Systems and Computing 1053, Pages 1303-1314.

• N Rathi, R Singla, S Tiwari,” Authentication framework for security application developed using a pictorial P300 speller”, Brain Computer Interfaces 7 (3-4),

70-89.

• R Singla, Improving the Performance of Heat Exchanger System,” International Journal 14 (4)

• R Singla, A Agrawal, V Kumar, OP Verma,” Real-time mental workload detector for estimating human performance under workload” Advances in Signal

Processing and Communication, 383-392.

• R Singla, A Agrawal, V Kumar, N Pachauri, OP Verma,”Industrial Simulation of PID and Modified-MPID Controllers for Coupled-Tank System”, Advances

in Signal Processing and Communication, 421-428.

• R Singla, “Hybrid brain–computer interface paradigm—a study”, Biomedical Engineering: Applications, Basis and Communications 30 (03), 1850022.

• P Samal, R Singla,” EEG Based Stress Level Detection During Gameplay”, 2021 2nd Global Conference for Advancement in Technology (GCAT), 1-4.

• AK Singh, R Singla,” Different Approaches of Classification of Brain Tumor in MRI Using Gabor Filters for Feature Extraction”, Soft Computing: Theories

and Applications, 1175-1188.

• A Sikander, R Singla, OP Verma, TK Sharma, M Pant,” Soft Computing: Theories and Applications: Proceedings of SoCTA 2018”, Springer

• S Ganguly, R Singla,” Electrode channel selection for emotion recognition based on EEG signal”, 2019 IEEE 5th International Conference for Convergence

in Technology (I2CT), 1-4.

• Y Gogna, R Singla, S Tiwari,” Steady State Detection During A Cognitive Task”, 2019 IEEE 5th International Conference for Convergence in Technology

(I2CT), 1-4.

• R Singla,” Modelling and Simulation of Proton Exchange Membrane Fuel Cell for Stand-Alone System”, Proceedings of International Ethical Hacking

Conference 2018, 177-187.

• R Singla,” Ssvep-based bcis”, Evolving BCI Therapy: Engaging Brain State Dynamics, 91.

• Sanni Kumar, Roop Pahuja, “Eco-Friendly Power Generator Cum Fitness Analyzer”, Instrumentation Mesure Métrologie, Vol. 19, No. 1, February, 2020, pp.

9-18.

• Himanshu Gupta, Roop Pahuja, “Estimating Morphological Features of Plant Growth Using Machine Vision “, July 2019, International Journal of

Agricultural and Environmental Information Systems 10(3):30-53

• Jyoti Thakur, Sarwan Kumar Pahuja, Roop Pahuja,” NON-INVASIVE PREDICTION MODEL for DEVELOPING COUNTRIES to PREDICT SEPSIS in

NEONATES“, December 2018, Biomedical Engineering Applications Basis and Communications 31(01):1950001

• Jyoti Thakur, Sarwan Kumar Pahuja, Roop Pahuja,” Temperature as a Predictor of Neonatal Sepsis“,2020, In book: Soft Computing: Theories and

Applications (pp.1373-1379).

• Jyoti Thakur, Sarwan Kumar Pahuja, Roop Pahuja,” Neonatal Sepsis Prediction Model for Resource-Poor Developing Countries”, Conference: 2018 2nd

International Conference on Electronics, Materials Engineering & Nano-Technology (IEMENTech).

• Harsukhnreet Singh, Roop Pahuja, urekha Bhanot, “Performance Investigation of WAVE Network Under Influence of Highway Mobility”, 2018 2nd

International Conference on Electronics, Materials Engineering & Nano-Technology (IEMENTech).

• P Sharma, SK Pahuja, K Veer,” A Systematic Review of Machine Learning Based Gait characteristics in Parkinson's disease.”, Mini reviews in medicinal

chemistry.

• NA Pooja, SK Pahuja, K Veer,” Significance of MRI Guided Focused Ultrasound Thalamotomy for Parkinson’s Disease: A Review,” Current Medical

Imaging 17 (6), 714-719.

• P Sharma, SK Pahuja, K Veer,” Wavelet Denoising in a Highly Secure Covert Communication”, International Journal of Sensors Wireless Communications

and Control, 11, 4, 395-406.

• SK Pahuja, K Veer,” Significance of mri Guided Focused Ultrasound Thalamotomy for Parkinson Disease: a Review.”, Current Medical Imaging.

• J Thakur, SK Pahuja, R Pahuja,” Performance comparison of prediction models for neonatal sepsis using logistic regression, multiple discriminant analysis

and artificial neural network”, Biomedical Physics & Engineering Express 5 (3), 035013.

• J Thakur, SK Pahuja, R Pahuja,” Non-invasive prediction model for developing countries to predict SEPSIS in neonates”, Biomedical Engineering:

Applications, Basis and Communications 31 (01), 1950001.



• AB Queyam, RK Meena, SK Pahuja, D Singh,” An IoT based multi-parameter data acquisition system for efficient bio-telemonitoring of pregnant women at

home”, 2018 8th International Conference on Cloud Computing, Data Science & Engineering (Confluence), 14-15.

• J Thakur, SK Pahuja, R Pahuja,” Temperature as a Predictor of Neonatal Sepsis”, Soft Computing: Theories and Applications, 1373-1379.

• K Veer, SK Pahuja,” Decadal growth of BCIs: a review”, Soft Computing: Theories and Applications, 1339-1348.

• V Vishnoi, S Tiwari, RK Singla,” Controller Design for Temperature Control of MISO Water Tank System: Simulation Studies”, International Journal of

Cognitive Informatics and Natural Intelligence (IJCINI), 2021/10/1, 15, 4, 1-13.

• V Vishnoi, S Tiwari, R Singla,” Performance Analysis of Enhanced MFO-Based Online-Tuned Split-Range PID Controller”, Arabian Journal for Science and

Engineering 46 (10), 9673-9689.

• N Rathi, R Singla, S Tiwari,” A novel approach for designing authentication system using a picture based P300 speller”, Cognitive Neurodynamics 15 (5),

805-824.

• N Rathi, R Singla, S Tiwari,” Towards a role-based authentication system based on SSVEP-P300 hybrid brain–computer interfacing”, Behaviour &

Information Technology, 1-17.

• V Vishnoi, S Tiwari, R Singla,” Performance analysis of moth flame optimization-based split-range PID controller”, MAPAN 36 (1), 67-79.

• N Rathi, R Singla, S Tiwari,” Brain Signatures Perspective for High-security Authentication”, Biomedical Engineering: Applications, Basis and


• C Mishra, S Tiwari,” Improved Hybrid Salp swarm and Sine-cosine Optimization based MPPT Control for PV Systems Under Partial Shading Conditions”,

Journal of Physics: Conference Series 2062 (1), 012022.

• P Samal, R Singla,” EEG Based Stress Level Detection During Gameplay”, 2021 2nd Global Conference for Advancement in Technology (GCAT), 1-4.

• Y Gogna, R Singla, S Tiwari, “Analyzing Attention Deviation During Collaterally Proceeding Cognitive Tasks”, International Congress on Information and

Communication Technology, 490-497.

• Y Gogna, R Singla, S Tiwari,” Steady State Detection During A Cognitive Task”, 2019 IEEE 5th International Conference for Convergence in Technology

(I2CT), 1-4.

• C Parmar, S Tiwari,” Fuzzy logic based charging of electric vehicles for load management of microgrid”, IEEE 2020 5th International Conference on

Communication and Electronics Systems (ICCES), 1-7.

• VK Mahawar, S Tiwar,” An Improved Inverter Control for Grid-Connected PV System”, 2019 IEEE International Conference on Communication and

Electronics Systems (ICCES), 547-551.

S Kumar, A Sikander, “Optimum Mobile Robot Path Planning Using Improved Artificial Bee Colony Algorithm and Evolutionary Programming”,

Arabian Journal for Science and Engineering, 1-21.

• J Kumar, G Parmar, A Sikander,” A Novel Model-Order Diminution Algorithm for LTIC System Using Whale Optimization”, Advanced Energy and Control

Systems, 299-306.

• R Goyal, G Parmar, A Sikander,” Invasive Weed Optimization Based Reduced Order Modelling”, Advanced Energy and Control Systems, 287-298.

• R Saini, G Parmar, R Gupta, A Sikander,” An Enhanced Tuning of PID Controller via Hybrid Stochastic Fractal Search Algorithm for Control of DC Motor”,

Advanced Energy and Control Systems, 185-194.

• R Bisht, A Sikander,” A novel way of parameter estimation of solar photovoltaic system”, COMPEL-The international journal for computation and

mathematics in electrical and electronic engineering.

• R Bisht, A Sikander,” A New Soft Computing-Based Parameter Estimation of Solar Photovoltaic System”, Arabian Journal for Science and Engineering, 1-

13.

• N Ahamad, A Sikander, G Singh,” Order diminution and its application in controller design using salp swarm optimization technique”, International Journal

of System Assurance Engineering and Management, 1-11.

• N Ahamad, A Sikander, G Singh,” A novel reduction approach for linear system approximation”, Circuits, Systems, and Signal Processing, 1-25.

• R Kumar, A Sikander,” Parameter identification for load frequency control using fuzzy FOPID in power system”, COMPEL-The international journal for

computation and mathematics in electrical and electronic engineering.

• N Uniyal, G Dobhal, A Rawat, A Sikander,” A Novel Encryption Approach Based on Vigenère Cipher for Secure Data Communication”, Wireless Personal

Communications 119 (2), 1577-1587.

• A Sikander, R Goyal, M Mehrotra, G Parmar,” Discrete-time system approximation using hybrid method based on fuzzy C-means clustering”, Journal of The

Institution of Engineers (India): Series B 102 (3), 487-495.

• A Rawat, R Sushil, A Agarwal, A Sikander, RS Bhadoria,” A new adaptive fault tolerant framework in the cloud”, IETE Journal of Research, 1-13.

• A Rawat, R Sushil, A Agarwal, A Sikander,” A new approach for vm failure prediction using stochastic model in cloud”, IETE Journal of research 67 (2),

165-172.



• N Ahamad, A Sikander,” A Novel Approach of Order Diminution using Time Moment Concept with Routh Array and Salp Swarm Algorithm”, Turkish

Journal of Electrical Engineering & Computer Sciences, 1-16.

• N Ahamad, A Sikander, G Singh,” A New Classical Method of Reduced-Order Modelling and AVR System Control Design”, Control Applications in

Modern Power System 710, 89-98.

• V Soni, G Parmar, A Sikander,” hyGWO-PS Tuned FOPID for AGC of Three Area Interconnected Hydro-Thermal Power System”, Energy Systems, Drives

and Automations 664, 697-711.

• MK Pandey, G Parmar, A Sikander,” Performance Analysis of Color Image Watermarking with Lifting Scheme”, Energy Systems, Drives and Automations

664, 515-524.

• AK Prajapati, N Bharti, A Sikander, R Prasad,” A New Hybrid Method Approach for Linear System Approximation”, Energy Systems, Drives and

Automations 664, 571-580.

• AK Prajapati, A Sikander, R Prasad,” A Comprehensive Study of Time Moments and Markov Parameters in System Reduction”, Energy Systems, Drives and


• R Saini, G Parmar, R Gupta, A Sikander,” SFS/PI Approach for AGC of Two Area Interconnected Thermal Power System”, Energy Systems, Drives and


• A Sikander, P Thakur,” A new control design strategy for automatic voltage regulator in power system”, ISA Transactions 100, 235-243.

• A Sikander, D Acharjee, CK Chanda, PK Mondal, P Verma,” Energy Systems, Drives and Automations”, Springer 664, XX, 680.

• AK Prajapati, VGD Rayudu, A Sikander, R Prasad,” A New Technique for the Reduced-Order Modelling of Linear Dynamic Systems and Design of

Controller”, Circuits, Systems, and Signal Processing.

• R Bhatt, G Parmar, R Gupta, A Sikander,” Application of stochastic fractal search in approximation and control of LTI systems”, Microsystem Technologies,

1-10.

• J Agarwal, G Parmar, R Gupta, A Sikander,” Analysis of grey wolf optimizer based fractional order PID controller in speed control of DC motor”,

Microsystem Technologies, 1-10.

• I Uniyal, A Sikander,” A comparative analysis of PID controller design for AVR based on optimization techniques”, Intelligent Communication, Control and

Devices, 1315-1323.

• A Gupta, A Sikander,” Performance Evaluation of Controller for Load Frequency Control in Power System”, International Journal of Advance Research in

Science and Engineering 7 (1), 7-19.

• A Dheeraj, A Sikander,” Fuzzy Logic Based Control of Voltage and Transient Stability in a DC Microgrid”, 2021 2nd International Conference for Emerging

Technology (INCET), 1-6.

• A Sikander, D Acharjee, CK Chanda, PK Mondal, P Verma,” Energy Systems, Drives and Automations: Proceedings of ESDA 2019”, Springer Singapore.

• J Kumar, A Sikander, M Mehrotra, G Parmar,” A new soft computing approach for order diminution of interval system”, International Journal of System

Assurance Engineering and Management, 1-8.

• MK Pandey, G Parmar, R Gupta, A Sikander,” Lossless robust color image watermarking using lifting scheme and GWO”, International Journal of System


• A Sikander, R Prasad,” Reduced order modelling based control of two wheeled mobile robot”, Journal of Intelligent Manufacturing 30 (3), 1057-1067.

• R Goyal, G Parmar, A Sikander,” A new approach for simplification and control of linear time invariant systems”, Microsystem Technologies 25 (2), 599-

607.

• PK Chaudhary, G Parma, A Sikander,” Single phase standalone photovoltaic micro system with six level inverter topology”, Microsystem Technologies, 1-9.

• N Ahamad, A Sikander, G Singh,” Substructure preservation based approach for discrete time system approximation”, Microsystem Technologies 25 (2),

641–649.

• MK Pandey, G Parmar, R Gupta, A Sikander,” Non-blind Arnold scrambled hybrid image watermarking in YCbCr color space”, Microsystem Technologies,

1-11.

• A Sikander, P Thakur, RC Bansal, S Rajasekar,” A novel technique to design cuckoo search based FOPID controller for AVR in power systems”, Computers

& Electrical Engineering 70, 261-274.

• S Uniyal, A Sikander,” A Novel Design Technique for Brushless DC Motor in Wireless Medical Applications”, Wireless Personal Communications.

• M Pant, TK Sharma, OP Verma, R Singla, A Sikander,” Soft Computing: Theories and Applications Proceedings of SoCTA 2018”,

• R Bisht, N Kumar, A Sikander,” Fuzzy Logic Based Improved Control Design Strategy for MPPT of Solar PV Systems”, Soft Computing: Theories and

Applications, 1093-1106.

• R Kumar, A Sikander,” Controller design strategies for load frequency control in power system”, Soft Computing: Theories and Applications, 1315-1328.

• S Sathiya, A Sikander,” Online Estimation of Liquid Viscosity and Density Based on Artificial Neural Network Approach”, Soft Computing: Theories and




• MK Pandey, G Parmar, R Gupta, A Sikander,” Lossless color image watermarking based on lifting scheme and GWO for copyright protection”, Soft

Computing: Theories and Applications, 1269-1280.

• A Sikander, SS Singh, OP Verma, S Sathiya, V Sharma, S Dutt,” A New System Approximation Approach for Modelling of DC–DC Converter”, Soft


• M Bharti, V Sharma, A Sikander, OP Verma, S Dutt,” A Monte Carlo Simulation Study of the Angular Correlations by Using Z+ Jets Events at Centre of

Mass Energy of 14 TeV”, Soft Computing: Theories and Applications, 1291-1302.

• N Ahamad, S Uniyal, A Sikander, G Singh,” A comparative study of PID controller tuning techniques for time delay processes”, UPB Scientific Bulletin,

Series C: Electrical Engineering and Computer Science, 2019, 81, 3, 129-142.

• Nitish, AK Singh,” Automatic detection classification and area calculation of brain tumour in MRI using wavelet transform and SVM classifier”, 2020

International Journal of Intelligent Systems Technologies and Applications, 19, 6, 526-540.

• A Dixit, DR Sahu, AK Singh, T Som,” Application of a new accelerated algorithm to regression problems”, Soft Computing 24 (2), 1539-1552.

• AK Singh, B Tyagi, V Kumar,” ANFIS based control scheme for binary distillation column”, Chemical Product and Process Modeling 12 (1).

• AK Singh, S Mishra, SK Sinha,” Re-Investigating the Trends in the Field of Control for Energy Efficient Buildings”, International Journal of Control Theory

and Applications( IJCTA) 41 (9), 367-371.

• YS Prakash, SA Kumar,” Mathematical modelling and control of cruise control system on the inclined plane”, 2020 IEEE International Conference on

Electrical and Electronics Engineering (ICE3), 431-436.

• AK Singh,” Condition Monitoring and Fault Diagnosis Techniques of Electric Machines”, 2019 IEEE 3rd International Conference on Recent Developments

in Control, Automation & Power Engineering (RDCAPE), 594-599.

• A Dixit, AK Singh,” Islanding Detection and Prevention by Using FACTS Power Filter”, 2019 3rd IEEE International Conference on Recent Developments

in Control, Automation & Power Engineering (RDCAPE), 202-207.

• C Saha, AK Singh,” A review article on fault-tolerant control (FTC) and fault detection isolation (FDI) schemes of wind turbine”, Proceeding of the Second

International Conference on Microelectronics, Computing & Communication Systems (MCCS 2017), 87-95.

• AK Singh, T Bera, R Pamula,” PRCP: Packet replication control based prophet routing strategy for delay tolerant network”, 2018 IEEE 4th International

conference on recent advances in information technology (RAIT), 1-5.

• AK Singh,” Robust H-Infinity Control of Time-Delay System with Time-Varying Uncertainty”, National Institute of Technology, Kurukshetra.

• AK Singh, R Pamula,” IRS: Incentive based routing strategy for socially aware delay tolerant networks”, 2018 5th IEEE international conference on signal

processing and integrated networks (SPIN), 343-347.

• AK Singh, R Singla,” Different approaches of classification of brain tumor in MRI using gabor filters for feature extraction”, Soft Computing: Theories and


• K Veer,” Selection of Features and Classifier for Controlling Prosthetic Devices”, Operations Management and Data Analytics Modelling, 47-57.

• D Yadav, S Yadav, K Veer,” Trends and Applications of Brain Computer Interfaces”, Current Signal Transduction Therapy 16 (3), 211-223.

• P Sharma, K Veer,” How India Fights with COVID-19 Learning from Highly Affected Countries”, current Signal Transduction Therapy 16 (3), 197-199.

• S Gupta, K Veer,” Lessons Learned from the Covid-19 Outbreak and its Impact: A Generalized Study”, Current Signal Transduction Therapy 16 (3), 232-

239.

• K Veer, T Sharma,” Impact of Covid19 and its Treatment: A Report”, Current Signal Transduction Therapy 16 (3), 200-201.

• N Jatia, T Sharma, K Veer,” Impact of Coronavirus Outbreak on Climate and Air Quality”, Current Signal Transduction Therapy 16 (3), 247-252.

• T Sharma, KP Sharma, K Veer,” Decomposition and evaluation of SEMG for hand prostheses control”, Measurement 186, 110102.

• K Veer,” Meet the Editorial Board Member”,2021 International Journal of Sensors Wireless Communications and Control, 11, 8, 799-799.

• D Yadav, K Veer,” A Comprehensive Review on the Applications of Ultrasound in Various Industries”, Current Signal Transduction Therapy 16 (2), 129-

141.

• NA Pooja, SK Pahuja, K Veer,” Significance of MRI Guided Focused Ultrasound Thalamotomy for Parkinson’s Disease: A Review”, Current Medical

Imaging 17 (6), 714-719.

• K Veer,” Risk of Animals Spreading COVID-19 to People”,2021 nfectious Disorders-Drug Targets (Formerly Current Drug Targets-Infectious Disorders),

21, 4, 478-479.

• R Kumar, K Veer,” How artificial intelligence and internet of things can aid in the distribution of COVID-19 vaccines”, Diabetes & Metabolic Syndrome.

• K Veer,” Prediction of COVID-19 in India Using Machine Learning Tools: A Case Study”,2021 Health Informatics and Technological Solutions for

Coronavirus (COVID-19), 193-209.

• S Kumar, K Veer, “Forecasting of Covid-19 cases using machine learning approach” Current Respiratory Medicine Reviews 16 (4), 240-245.

• D Yadav, S Yadav, K Veer,” A comprehensive assessment of Brain Computer Interfaces: Recent trends and challenges”, Journal of Neuroscience Methods

346, 108918.



• P Sharma, K Veer,” Action and problems related to the COVID-19 outbreak in India”, Infection Control & Hospital Epidemiology 41 (12), 1478-1479.

• K Veer,” Initial remedial action to coronavirus in India: A study”, Current Respiratory Medicine Reviews 16 (3), 139-143.

• R Rana, K Veer,” Preventive measures against initial outbreaks of COVID-19 in India: A review.”, Biomedical Research (0970-938X) 31 (3).

• P Sharma, T Sharma, K Veer,” Forecasting of covid-19 cases in india: A predictive study”, Current Immunology Reviews 16 (1), 58-63.

• RR Pooja, K Veer,” Preventive measures against initial outbreaks of COVID-19 in India: A review”, Biomedical Research 31 (2), 1-3.

• K Veer,” Flexible Approach for Classifying EMG Signals for Rehabilitation Applications”,Neurophysiology 52 (1), 60-66.

• A Shukla, A Bansal, VK Deolia, K Veer,” MMSE Equalization Based Performance of Chaotic Interleaving Scheme for Iterative IDMA System”,2019

International Journal of Sensors Wireless Communications and Control, 9, 2, 237-246.

• A Shukla, A Bansal, V Goyal, K Veer, VK Deolia,” Performance Evaluation of Chaos Based IDMA Scheme Using Joint Turbo Equalization Over Frequency

Selective Fading Channel”, Journal of Telecommunication, Electronic and Computer Engineering (JTEC), 2018, 10, 4, 59-64.

• K Veer, R Vig,” Comparison of Surface Electromyogram Signal for Prosthetic Applications”, Current Signal Transduction Therapy 13 (2), 168-172.

• K Veer, R Vig,” Identification and classification of upper limb motions using PCA”, Biomedical Engineering/Biomedizinische Technik 63 (2), 191-196.

• K Veer, T Sharma,” Electromyographic classification of effort in muscle strength assessment”, Biomedical Engineering/Biomedizinische Technik 63 (2),

131-137.

• K Veer, T Sharma,” A novel feature extraction for robust EMG pattern recognition.”, Journal of medical engineering & technology 40 (4), 149-154.

• T Sharma, K Veer,” Wavelet analysis-based evaluation of electromyogram signal using human machine cooperation”, International Journal of Medical

Engineering and Informatics 8 (4), 317-328.

• K Veer,” Development of sensor system with measurement of surface electromyogram signal for clinical use”, Optik 127 (1), 352-356.

• V Singh, K Veer, R Sharma, S Kumar,” Comparative study of FIR and IIR filters for the removal of 50 Hz noise from EEG signal”, International Journal of

Biomedical Engineering and Technology 22 (3), 250-257.

• S Singh, A Gupta, JS Sohal, K Veer,” Audio Transmission Over Wavelet-Based Wireless VoIP”, Soft Computing: Theories and Applications, 781-791.

• S Kumar, H Gupta, D Yadav, IA Ansari, OP Verma,” YOLOv4 algorithm for the real-time detection of fire and personal protective equipments at

construction sites”, Multimedia Tools and Applications.

• D Yadav, TK Sharma, V Sharma, OP Verma,” Optimizing the energy efficiency of multiple effect evaporator house using metaheuristic approaches”,

International Journal of System Assurance Engineering and Management, 1-18.

• S Pati, OP Verma,” Energy Integration of Solar Assisted Multiple Stage Evaporator and Optimum Parameter Selection”, Energy.

• V Kumar, MK Parida, OP Verma,” Evaluation of power sources and the effect of varying current in SMAW process”, International Journal of System


• OP Verma, G Manik, SK Sethi,” A comprehensive review of renewable energy source on energy optimization of black liquor in MSE using steady and

dynamic state modeling, simulation and control”, Renewable and sustainable energy reviews 100, 90-109.

• R Singla, A Agrawal, V Kumar, N Pachauri, OP Verma,” Industrial Simulation of PID and Modified-MPID Controllers for Coupled-Tank System”,

Advances in Signal Processing and Communication, 421-428.

• OP Verma, G Manik, VK Jain, DK Jain, H Wang,” Minimization of energy consumption in multiple stage evaporator using Genetic Algorithm”, Sustainable

Computing: Informatics and Systems 20, 130-140.

• R Singla, A Agrawal, V Kumar, OP Verma,” Real-Time Mental Workload Detector for Estimating Human Performance Under Workload”, Advances in

Signal Processing and Communication 526, 383-392.

• OP Verma, TH Mohammed, S Mangal, G Manik,” Modeling, simulation and control of the dynamics of a Heptads’ effect evaporator system used in the Kraft

recovery processes”, Transactions of the Institute of Measurement and Control 40 (7), 2278-2290.

• OP Verma, G Manik, VK Jain,” Simulation and control of a complex nonlinear dynamic behavior of multi-stage evaporator using PID and Fuzzy-PID

controllers”, Journal of Computational Science 25, 238-251.

• OP Verma, TH Mohammed, S Mangal, G Manik,” Optimization of steam economy and consumption of heptad’s effect evaporator system in Kraft recovery

process”,2018 International Journal of System Assurance Engineering and Management, 9, 1, 111-130.

• OP Verma, G Manik, TH Mohammed,” Energy management in multi stage evaporator through a steady and dynamic state analysis”, Korean Journal of

Chemical Engineering 34 (10), 2570-2583.

• OP Verma, TH Mohammed, S Mangal, G Manik,” Minimization of energy consumption in multi-stage evaporator system of Kraft recovery process using

Interior-Point Method”, Energy 129, 148-157.

• OP Verma, G Manik,” Solution of SNLAE model of backward feed multiple effect evaporator system using genetic algorithm approach”2017 International

Journal of System Assurance Engineering and Management, 8, 1, 63-78.

• OP Verma, TH Mohammed, S Mangal, G Manik,” Modeling the dynamics of heptads' effect evaporator system in the kraft recovery processes”, International

Journal of Control Theory and Applications.



• OP Verma, TH Mohammed, S Mangal, G Manik,” Mathematical modeling of multistage evaporator system in Kraft recovery process”, 2016 Proceedings of

Fifth International Conference on Soft Computing for Problem Solving, 1011-1042.

• A Sharma, OP Verma, M Singh,” Mathematical modeling and intelligent control of two coupled tank system”, Imperial Journal of Interdisciplinary Research

2 (10), 1589-1593.

• Begum, K.G., Verma, O.P. & Pachauri, N. Modified H2 optimal PI tuning method for first order time delay systems. Int J Syst Assur Eng Manag (2021)

Springer. https://doi.org/10.1007/s13198-021-01161-4. (Emerging Sources Citation Indexed and SCOPUS-Indexed)

• Gupta, H., Verma, O. P. 2021. Monitoring and Surveillance of Urban Road Traffic Using Low Altitude Drone Images: A Deep Learning Approach,

Multimedia Tools and Applications, Springer. (Accepted), (SCI indexed with IF 2.313)

• 3. Sharma, V., Sharma, S., Verma, O.P., Bhardwaj, B., Sharma, T. K., Pachauri, N., 2021. Prediction and optimization of abrasive wear loss of ultrahigh

strength martensitic steel using response surface methodology, Harris Hawk and artificial neural network. Int J Syst Assur Eng Manag.

https://doi.org/10.1007/s13198-021-01160-5, Springer. (Emerging Sources Citation Indexed and SCOPUS-Indexed)

• 4. Gupta, H., Varshney, H., Sharma, TK., Pachauri, N., Verma, O. P., 2021. Comparative performance analysis of quantum machine learning with deep

learning for diabetes prediction, Complex & Intelligent Systems, Springer. (SCI indexed with IF 3.791)

• 5. Yadav, D., Kumar. S, Verma, O. P., Pachauri, N., Sharma, V., 2021. Approximate Solution of Non-linear Dynamic Energy Model of Multiple Effect

Evaporator using Fourier series and Metaheuristics. Korean Journal of Chemical Engineering, Springer. (SCI indexed with IF 2.690)

• 6. Verma, O. P., and Pati, S., 2021. Performance Optimization of Multiple Stage Evaporator using Interior-Point Method and Metaheuristic Approaches in

Environment of Real-Time Plant Complexities, International Journal of Green Energy, Taylor & Francis. (SCI indexed with IF 1.388)

• 7. Verma, O. P., Yadav, D., Pati, S., Kumar, S., Gupta, H., and Pachauri, N., 2021. Water cycle algorithm tuned robust fractional‐order Proportional–Integral–

Derivative controller for energy optimization and control of nonlinear Multiple Stage Evaporator: A case study of paper mill. Asia-Pacific Journal of

Chemical Engineering, Wiley; https://doi.org/10.1002/apj.2626 (SCI indexed with IF 1.060).

• 8. Chaurasia, N., Kumar, M., Chaudhry, R. and Verma, O.P., 2021. Comprehensive survey on energyaware server consolidation techniques in cloud

computing. The Journal of Supercomputing, pp.1- 56. (SCI indexed with IF 2.474).

• 9. Gupta, H., Kumar. S, Yadav, D., Verma, O. P., Sharma. T. K., Ahn, C. W., Lee, J-H, 2021. Data Analytics and Mathematical Modeling for Simulating the

Dynamics of COVID-19 Epidemic—A Case Study of India. Electronics 2021, 10(2), 127; https://doi.org/10.3390/electronics10020127 (SCI indexed with IF

2.412).

• 10. Kumar, S., Yadav, D., Gupta, H., and Verma, O. P., Ansari, I. A., Ahn, C. W., 2021. A novel YOLOv3 Algorithm-Based Deep Learning Approach for

Waste Segregation: Towards Smart Waste Management. Electronics 2021, 10(1), 14; https://doi.org/10.3390/electronics10010014 (SCI indexed with IF

2.412).

• Pati, S., Yadav, D., and Verma, O. P., 2020. Synergetic Fusion of Energy Optimization and Waste Heat Reutilization Using Nature Inspired Algorithms: A

Case Study of Kraft Recovery Process. Neural Computing & Applications, Springer. (SCI indexed with IF 4.774).

• 12. Yadav, D. and Verma, O.P., 2020. Energy optimization of Multiple Stage Evaporator system using Water Cycle Algorithm. Heliyon, 6(7), p.e 04349.

(Scopus-Indexed)

• Sharma, T.K., Ahn, C.W., Verma, O.P., Panigrahi, B.K. (Eds.), 2021. Soft Computing: Theories and Applications Proceedings of SoCTA 2020, Volume 1,

Series Volume: 1380, Number of Pages: XVI, 749; DOI: 10.1007/978-981-16-1740-9, Springer Nature

• Sharma, T.K., Ahn, C.W., Verma, O.P., Panigrahi, B.K. (Eds.), 2021. Soft Computing: Theories and Applications Proceedings of SoCTA 2020, Volume 2,

Number of Pages: XX, 587; DOI: 10.1007/978-981- 16-1696-9, Springer Nature

• Manik, G., Kalia, S., Sahoo, S.K., Sharma, T.K.K., Verma, O.P. (Eds.), 2021. Advances in Mechanical Engineering, Select Proceedings of CAMSE 2020,

Lecture Notes in Mechanical Engineering, Springer Nature. DOI: 10.1007/978-981-16-0942-8

• Nikhil Pachauri, Drishti Yadav, Varun Sharma and Om Prakash Verma 2021. Towards the real-time control of Nonlinear Multiple Stage Evaporators: Design

of IMC with process delay. In Proceedings of International Congress on Advances in Materials Science and Engineering (CAMSE 2020). Springer Singapore.

(SCOPUSIndexed)

• Vishal Rajput, Om Prakash Verma and Irshad Ahmad Ansari 2021. Auto-Text competition framework to improve online conversation, In Proceedings of

International Congress on Advances in Materials Science and Engineering (CAMSE 2020). Springer Singapore. (SCOPUS-Indexed) International Congress

on Advances in Materials Science and Engineering (CAMSE 2020). Springer Singapore. (SCOPUSIndexed)

• Himanshu Gupta, Parul Jindal and Om Prakash Verma 2021. Automatic Vehicle Detection from Satellite Images using Deep Learning Algorithm, In

Proceedings of Fifth International Conference on SoCTA 2020. Springer Singapore. (SCOPUS-Indexed)

• Hirdesh Varshney, Utpal Kant, Himanshu Gupta, Om Prakash Verma, Tarun Kumar Sharma and Irshad Ahmad Ansari 2021. Semantic Segmentation of

Retinal Blood Vessel with Auto encoders, In Proceedings of Fifth International Conference on SoCTA 2020. Springer Singapore. (SCOPUS-Indexed)

• Parul Jindal, Himanshu Gupta, Nikhil pachauri, Varun Sharma, and Om Prakash Verma 2021. Real-Time Wildfire Detection via Image-Based Deep Learning

Algorithm, In Proceedings of Fifth International Conference on SoCTA 2020. Springer Singapore. (SCOPUS-Indexed)

• Smitarani Pati, and Om Prakash Verma, 2021. Optimization of Energy Efficiency of Multiple Stage Evaporator using ABC Algorithm. In Proceedings of

International Congress on Advances in Materials Science and Engineering (CAMSE 2020). Springer Singapore. (SCOPUS-Indexed)

• Smitarani Pati, Om Prakash Verma, and Varun Sharma 2021. Nonlinear Mathematical Modeling of Multiple Stage Evaporator Amalgamated with Thermo-

Vapor Compressor. In Proceedings of International Conference on Industrial and Manufacturing Systems (CIMS 2020). Springer Singapore. (SCOPUS-

Indexed)



• Ravi Verma, HN Nagendra, GA Vivek, Srinivasan Kasthurirengan, NC Shivaprakash, Upendra Behera,” Studies on activated carbons towards the

performance improvement of cryosorption pump”, 2020, Cryogenics, 108, 103089.

• HN Nagendra, Ravi Verma, S Kasthurirengan, NC Shivaprakash, AK Sahu, Upendra Behera,” Development of simple capacitance and diode based void

fraction sensors for cryogenic two phase. Ow”, Indian Cryogenics Council, 2020, 45, 1, 172-177.

• Ravi Verma, HN Nagendra, VB Mahesh Kumar, GA Vivek, Srinivasan Kasthurirengan, NC Shivaprakash, Upendra Behera,” Performance improvement of

cryosorption pump by enhancing thermal conductivity of epoxy-aluminum composite”,2019, Composites Part B: Engineering, 176, 107163.

• Aritra Chatterjee, Ravi Verma, HP Umashankar, S Kasthurirengan, NC Shivaprakash, Upendra Behera,” Heat conduction model based on percolation theory

for thermal conductivity of composites with high volume fraction of filler in base matrix”,2019, International Journal of Thermal Sciences, 136, 389-395.

• S Kasthurirengan, R Verma, U Behera, H Unnikrishnan, GA Vivek,” Pumping speed studies of different activated carbons in a cryocooler based cryosorption

pump”, Indian Cryogenics Council 44 (1), 105-110.

• A Chatterjee, R Verma, NC Shivaprakash, S Kasthurirengan, U Behera,” Analytical heat conduction model of particle reinforced tertiary composite materials

based on complete spatial randomness of fillers in base matrix and its application in the development of cryosorption pump”, Cryogenics 95, 116-126.

• Ravi Verma, NC Shivaprakash, Upendra Behera, S Kasthurirengan, GJ Bharath, R Gangradey,” Thermal conductivity studies of epoxy-aluminium

composites (300 K-4.5 K) for the development of cryosorption pumps”,2018, Indian Cryogenics Council, 43, 1, 109-113.

• HN Nagendra, R Verma, P Sagar, K Akber, S Kasthurirengan, NC Shivaprakash, AK Sahu, U Behera,” Design optimization and calibration of a void fraction

measurement capacitance sensor for LN2 flow”, 2020, IOP Conference Series: Materials Science and Engineering, 755, 1, 012079.

• HN Nagendra, AV Karthik, Ravi Verma, S Kasthurirengan, NC Shivaprakash, AK Sahu, Upendra Behera,” Numerical and experimental investigations on

two-phase flow of liquid nitrogen in a flexible transfer line”,2019 IOP Conference Series: Materials Science and Engineering, 502, 1, 012198.

• R Verma, HN Nagendra, S Kasthurirengan, NC Shivaprakash, U Behera,” Thermal conductivity studies on activated carbon based cryopanel”, IOP

Conference Series: Materials Science and Engineering 502 (1), 012197.

• K Kumari, S Sathiya,” Structural Optimization of 2-DOF Cantilever Based Energy Harvester Using Krill-Herd Algorithm to Obtain Maximum Efficiency”,

2020 First IEEE International Conference on Measurement, Instrumentation, Control and Automation (ICMICA), 1-4.

• TM Santhi, S Sathiya,” Performance enhanced liquid level sensing system for dynamic environments”, 2019 IEEE 5th International Conference for

Convergence in Technology (I2CT), 1-5.

• TM Santhi, S Sathiya,” Online Liquid Level Estimation in Dynamic Environments Using Artificial Neural Network”, Artificial Intelligence (AI): Recent

Trends and Applications, 93.

• S Sathiya, A Sikander,” Online Estimation of Liquid Viscosity and Density Based on Artificial Neural Network Approach”, Soft Computing: Theories and


• A Sikander, SS Singh, OP Verma, S Sathiya, V Sharma, S Dutt,” A New System Approximation Approach for Modelling of DC–DC Converter”, Soft


• K Jain, S Jain, A Guha, A Patra, “An approach to early stage detection of atherosclerosis using arterial blood pressure measurements”, Biomedical Signal

Processing and Control 68.

• K Jain, A Guha, A Patra,” A Particle Filter Based Framework for the Prognosis of Atherosclerosis via Lumped Cardiovascular Modeling”, 2019 International

Journal of Prognostics and Health Management, 10, 002, 09.

• K Jain, S Maka, A Patra,” Modeling of Cardiovascular Circulation for the Early Detection of Coronary Arterial Blockage”, Mathematical Biosciences 304,

79-88.

• A Dash, K Jain, N Ghosh, A Patra, AD Choudhury,” Blood Pressure Estimation Based on Pulse Arrival Time and Heart Rate: A Correlation Analysis for

Critically Ill Patients”, Engineering Medicine and Biology Society (EMBC), IEEE 41, 5046-5050.

• K Jain, A Patra, S Maka,” Modeling of the Human Cardiovascular System for Detection of Atherosclerosis”, 18th IFAC Symposium on System Identification

SYSID 2018: Stockholm, Sweden, 9-11 July 2018, 51, 15, 545-550.

• Tanmay Pal, Karan Jain, Srinivasu Maka,” Delay dependent analysis of respiratory system: Application to obstructive sleep apnea”, 2016 IEEE International

Conference on Systems in Medicine and Biology (ICSMB), 166-169.


External Funded Research Projects (2018-Till date)

S. No Name of the PI / Co-PI Project Title Agency Proposed Budget Status

1 Dr. Kuldeep Singh Nagla -

PI

Real time-shared autonomy

system for the field mobile robot

DST and Govt.

of South Korea

(Indo Korean

(R&D))

36 Lakh INR Completed

2 Dr. Kuldeep Singh Nagla –

Co-PI

Modeling and Simulation of

Antenna Control Servo System

ISRO 7 Lakh INR Completed

3 Dr. S. K. Pahuja – Co-PI Adaptive Bio-Impedance Based

Monitoring System for Medical

and Industrial Applications

TEQIP-

ACITE

411000.00 INR Completed

5 Dr. Afzal Sikander Co- PI Design of Fractional Order PID

Controller for AGC of

Interconnected Power Systems

RTU (ATU)

Kota

2.4 Lakhs INR Completed

4 Dr. Afzal Sikander - PI Development of Reduced Order

Modules of Large-Scale Systems

CSIR 34 Lakhs INR Ongoing

5 Dr. Om Prakash Verma -

PI

Design and Development of

ADHAAR (Autonomous Drone

for Himalayan region Analysis,

Assessment and Rescue)

Jagadish

Chandra Bose

Research

Organization

(JCBRO)

3.08 lakh INR Ongoing

6 Dr. Om Prakash Verma-

Co-PI

Investigation of Computational

Intelligence Capabilities for

Digital Signal Protection

STEM

Research

Society

3.003 Lakh INR Ongoing

7 Dr. Om Prakash Verma- PI Single Object Tracking in a

video/Image Sequence using

Machine/Deep Learning

Techniques

ISRO 18 Lakh INR Ongoing

8 Dr. Ravi Verma - PI Development and Performance

Evaluation of Cryocooler based

Cryosorption pump for Space

applications

DST SERB 30 LAKHS INR Ongoing

9 Dr. Sathiya S - PI Design and Development of a

Highly efficient microfluidic

pumping and mixing device for

accurate biochemical analysis

with deep learning method

DST SERB 40 Lakhs INR Ongoing


Patents, Copyrights and Technology Transfer (2018-Till date)

S. No Name of the Faculty Title Reg. No /

Ref. No

Date of

Award/Filing

Organisation Status

1 Dr. Kuldeep Singh

Nagla

Service Mobile Robot Design

Patent no

337694-

001

07-12-2021 Design Office

Kolkata

Granted

2 Dr. Kuldeep Singh

Nagla

Ultraviolet Surface Cleaner Design

Patent no

337687-

001

17-12-2021 Design Office

Kolkata

Granted

3 Prof. Dilbag Singh A Controlled Pushup Exercise Device

for Astronauts

202111043

897

Sep 2021 NITJ Filed

4 Dr. Kuldeep Singh

Nagla

An Improved Packed Bed

Photocatalytic Reactor with High and

Uniform Illumination and an

Associated Technique of Purification

Patent No.

361300

16/03/2021 Patent Office

Delhi

Granted

5 Dr. Kuldeep Singh

Nagla

Method and System for Virtually

Monitoring the mood of an Infant in

An Anti-Infectious Cradle

202111011

104

16-03-2021 NITJ Filed

6 Prof. Dilbag Singh Controlled artificial gravity generating

bed

202111001

877

Feb 2021 NITJ Filed

7 Dr. Kuldeep Singh

Nagla

Fixture of tapered plate for 3-axis

vertical milling machines and method

thereof

202111009

992


8 Dr. Rajesh Singla Brain Controlled Compact Smart

Wheelchair

202111003

264


9 Dr. Kuldeep Singh

Nagla

Service robot 202111002

143


10 Dr. Amit Kumar Singh Intelligent Controlling System for

Vehicle

202011039

270

11/09/2020 Indian Patent

Organization

Filed

11 Prof. Dilbag Singh Air-cooled and breathable single piece

bodysuit for personal protection,

Patent filing number

202011034

189

Aug 2020 NITJ Filed

12 Dr. Kuldeep Singh

Nagla

Vehicle disinfecting system 202011029

850



Nagla

Development and commercialization

of UV base surface

disinfector

TEMP/E-

1/24267/20

20-DEL)

202011022

003

09-06-2020 Patent Office

Delhi

Technology

Transfer to M/s

UCOMAX

company of

Vadodara,Gujar

at


Nagla

Development and commercialization

of air purifier

4290/DEL/

2016


Delhi

Technology

Transfer to M/s

Hi-Safe

Electronics

Corporation of

Chandigarh


Patents, Copyrights and Technology Transfer (2018-Till date)

S. No Name of the Faculty Title Reg. No /

Ref. No

Date of

Award/Filing

Organisation Status

15 Dr. Kuldeep Singh Nagla Design -multiple storage unit design 328379-001 08-05-2020 NITJ Filed

16 Dr. Kuldeep Singh Nagla Design Universal storage shelf design 328512-001 29-05-2020 NITJ Filed

17 Dr. Kuldeep Singh Nagla Design magazine cum newspaper stand

design

328550-001 13-05-2020 NITJ Filed

18 Dr. Kuldeep Singh Nagla Design patent garment Design 328642-001 30-03-2020 NITJ Filed

19 Dr. Kuldeep Singh Nagla Sub bandage pressure measuring

instrument and method thereof,

202011011

830 (TEMP

/E-

1/12753/20

20-DEL)


Delhi

Filed

20 Dr. Om Prakash Verma Instrument for making geometrical

shapes and method thereof

202011011

813

(TEMP/E-

1/12695/20

20-DEL)


21 Dr Roop Pahuja "SMI-μGPM: Software Metering

infrastructure for DC Microgrid Power

Management"

Diary no.

16777/2019

-CO/SW

(Reference:

CR-6),

Grant no.

202011008

721

29-02-2020 Copyright

office New

Delhi

Granted

22 Dr Roop Pahuja Wearable autonomous electronic device

for personal security

202011008

721


Delhi

Filled

23 Dr. Karan Jain System For Modelling Baroreflex

Mechanism of a Human Subject During

Postural Changes

202031015

867

7-9-2019 IITKGP And

Tata

Consultancy

Services

Limited

Filed

24 Dr. Kuldeep Singh Nagla Induction Hardening Machine Patent No

320045

06/09/2019 Patent Office

Delhi

Granted

25 Dr Roop Pahuja Energy Harvesting by

Electromechanical Assembly

201911033

018


Delhi

Published

26 Dr. Kuldeep Singh Nagla Program tool for estimation of

translation calibration parameters along

axis parameters between 2D LRF and

Rotating platform

Copyright

no

SW12095/2

019


office New

Delhi

Granted

27 Dr. Kuldeep Singh Nagla Calibration of Stereo Vision camera and

Laser Range Finder for mobile robot

applications

copy right

no SW-

12007/2018


office New

Delhi

Granted


Events Organized (2018-21)

➢ International Conference on SoCTA 2018 (Soft Computing: Theories and Applications) December 21-23, 2018.

➢ National five days STC on Optimization and Control Design Techniques Innovations and Challenges (OCDT-

2018) 10-14 January 2019

➢ FDP on Embedded system for Wireless sensor network for IoT 08-12 November 2019.

➢ Short Term Course Advanced Measurement Systems and its Applications” (AMSA-2020) 26 February – 1st March

2020.

➢ International five days e-STC on Essential Tools for Optimization 25-29 June 2020.

➢ A webinar on Health on title: Module Preservation Co-expression Network Analysis 29th of June 2020.

➢ International five days e-STC on Modeling and Identification of Physiological Systems (MIPS-2020) 27-31 July

2020.

➢ National five days e-STC on “Cryogenics and Composites: Theory and Applications (CCTA 2020)” 03 - 07 August

2020

➢ National five days e-STC on “Impact & strategies for higher education: Comprehensive Research Pedagogy,

Methodology & Design (ISHE-2020)” from 17-21 August 2020.

➢ Webinar on Intellectual Property rights 18-22 August 2020.

➢ Five days e-STC on Internet of Things for Healthcare Applications (ITHA-2020) 31 August - 4 September 2020.

➢ National five days e-STC on “Machine Learning: Theory and Applications” organized 9-13 September 2020.

➢ E-STC on Recent Trends in Renewable Energy Systems and Their Control, 14-18 September 2020

➢ National five days e-STC on “Process Modeling, Simulation, Control and Optimization” 16-20 September 2020.

➢ e-STC on Optimization and Control Design Techniques Innovations and Challenges (OCDT-2020) 17-21

September 2020.

➢ e-STC on Industry 4.0- Industrial Automation Solutions & Applications (IASA-2020) 21-25 September 2020.

➢ e-STC on Exploratory Applications of Control and Instrumentation (EACI-2020) 26-30 September 2020.

➢ Online Short-Term Course (STC) on “Recent Advances in Sensor Design and Interface Circuits” October 15-19,

2020.

➢ 5th series of International Conference SoCTA 2020 (Soft Computing: Theories and Applications) (in Virtual

Mode), 25-27 December 2020.

➢ 2nd International Congress on Advances in Mechanical and Systems Engineering (CAMSE) July 17-19, 2021.


INSTRUMENTATION AND CONTROL ENGINEERING DEPARTMENT

Dr. B.R. Ambedkar National Institute of Technology, Jalandhar-144011, India

Ph. No. 2690453 Ext 2901, 2902, 2903

Fax: +91-0181-2690320, 2690932

About Department of Instrumentation and Control Engineering

Documents

Transcript of About Department of Instrumentation and Control Engineering