Electrical & Electronics Engineering

About Department

Department of Electrical & Electronics Engineering is having an intake capacity of 60 students in B.Tech. course. 30 seats in M.Tech. (Power Electronics) and 30 seats in M.Tech. (Power Systems). The Department has qualified and experienced faculties. They use projectors and visual display units for delivering their lectures. The Department of Electrical & Electronics Engineering ensures that curriculum effectively contributes towards achieving the program outcomes. At the first-year level, students are exposed to basic sciences. This helps the students to study the subjects like Engineering Physics, Engineering Chemistry and Engineering Mathematics which have further relevance in conceptualization of engineering designs and implementations. Through communication skills laboratory students are trained in English language which strengthens their communication skills. At the second year of the program, students study interdisciplinary subjects and get introduced to the fundamental electrical subjects and programming languages. The third year exposes the students to the core subjects. Students have to do their minor project work also. Students complete their Industrial Internships at the end of each session. In the final year, emphasis is laid on imparting industrial based knowledge and project work.
Students under go training of PLC-HMI and advanced drives technology. The MATLAB designing & Circuit Designing contests are organized to bring out the hidden talent of the students.
The projects are made by the students using the latest technology. To make the students more competent, the department organizes expert lectures, workshops, technical events, seminars, & industrial trips. The Department of Electrical & Electronics Engineering always ensures that the students are motivated for taking entrepreneurship initiatives by organizing various technical events. Department has setup a lab in collaboration with Mitsubishi.
Students undergo training of PLC-HMI and advanced drives technology. The MATLAB designing & Circuit Designing contests are organized to bring out the hidden talent of the students.

Students participate in Robotics, Poster competition, Quiz, extempore etc.
Every year students are selected in different national and multinational companies. many students have also been selected for higher studies through tough competitions.
Apart from these contests students are involved in designing quality projects as part of their curriculum. Students go for six weeks training program in the industries and are motivated to understand the work culture of the industry as well as get the practical exposure. They are also motivated to establish their own enterprises.
Vision of the department:

To impart education to the students of Electrical & Electronics Engineering in core and multidisciplinary subjects for academic excellence and good human values.
Mission of the department:

To prepare the students to face the upcoming challenges in the field of Electrical & Electronics Engineering and allied areas through quality teaching. Collaborative and professional activities along with inculcation of social responsibility.
PEO1. Graduates will become professionally skilled and successful entrepreneur in the field of Electrical and Electronics Engineering and related fields considering social and PEO 1 environmental issues

1.1) Good professional career.

1.2) Design and develop economically feasible and socially acceptable solutions.

PEO2. Graduates will become academically strong to pursue higher education with sound ethical values

2.1) Higher education.

2.2) Professional conduct and leadership quality.

PEO3.Graduates will be inclined towards research.

3 3.1) Sound in technical and interdisciplinary subjects.

3.2) Adapting latest trends in technology
PSO 1: Graduates will show ability to analyze, design and implement electrical machines, power electronics. instrumentation, control systems for power system

PSO 2: Graduates will show ability to apply appropriate techniques and modern engineering hardware and software tools in power systems and power electronics in the field of Electrical and Electronics Engineering.

PSO 3:Graduates will show ability to comprehend technological advancements and the impact of Electrical Engineering solutions in societal and environmental context.
Dr. Anula Khare (M.Tech., Ph.D.)

The development of a country is determined by the amount of per capita energy consumption. As far as Electrical & Electronics Engineering is concerned, we encounter its presence after every step. The birth of maglav trains, miniaturization of devices, higher efficiency achieved and above all green power generation are all related in one way or other to Electrical & Electronics Engineering . Electrical Energy is making life simpler, better, faster, sophisticated, eco-friendly and is widening new horizon of its applications. With the infrastructural development in the country on its peak the future of electrical & electronics engineers seems very promising and job opportunities are growing. Renewable energy growth and smart technology being used for its control has opened a big scope for career in Electrical & Electronics Engineering department.

I take this privilege to welcome you all to the Department of Electrical & Electronics Engineering at Technocrats Institute of Technology Bhopal. I feel proud to mention the professional dedication and capabilities of my faculty and lab staff. Most of them have degrees from leading universities of India and having good academic and industrial exp. Its my pleasure to lead the ex dept with such a dedicated and intellectual team as well as to work under able guidance of my authorities who are well experienced and great academicians.

In our program we include teaching methodologies which inculcate well-made ethical and innovative approaches in the students to meet challenges of state-of-art technology prevalent in Electrical & Electronics Engineering.

I wish my students , the young engineers, the furure of India, all the very best a very bright and prosperous future.
I feel happy that our graduates will not only develop their successful career but will also contribute to the progress of the nation.
The institution of Engineers (India): The department has opened active student chapter of the Institution of Engineers (India), Membership No. 462021/TIT/EE/487376 in November 2017.

After that we keep on renewing this chapter by enrolling other students, every year. This chapter organizes various technical/non-technical activities like model making, poster making, quiz, robotics problem solving, paper presentation etc.

The IEI Students’ Chapter, Department ofElectrical & Electronics Engineering of Technocrats Institute of Technology organized an expert lecture on solar energy on 15th april 2025.

The IEI Students’ Chapter, Department of Electrical & Electronics Engineering of Technocrats Institute of Technology organized a programin23rdMarch 2023.

They also conducted a Technical Quiz on 30th March 2023, a paper presentation competition “Views Torrent” on 4th April 2023.

Students of Electrical & Electronics Engineering won 2nd prize in state level model competition organised by The Institution of Engineers (INDIA), MP State Centre Bhopal on 17th April 2022.

Department of Electrical & Electronics Engineering. is well-equipped with state of the art modern laboratories to provide a superior level of practical education to its students. The laboratories are specifically designed with excellent facilities to meet the requirements of A.I.C.T.E. and RG Technical University. Advanced equipments and hardware/softwares are added to the laboratories each year thus keeping them updated.
Major labs

Basic Electrical & Electronics Engineering Lab	Electrical & Electronics Instrumentation Lab.	Electrical Machine Lab.
Network Analysis Lab	Power Electronics Lab	Power System / Wind & Solar Energy Lab
Control System Lab	Power System Protection Lab	Power System II / Simulation Lab
Electrical Drives Lab	Electrical CAD Lab	PLC / SCADA System & Application Lab
Project Lab

Laboratories of the Department

Power Electronics Lab

This Laboratory incorporates the basic knowledge of Power electronic devices. It basically imparts stress on the devices and their characteristics which are being used in controlling various electrical devices.

Electrical Machine Lab -I & II

This Laboratory incorporates the basic knowledge of Electrical Machines which are being used in daily routine for residential and Industrial Purposes. This laboratory basically imparts stress on the machines and their characteristics.

Electrical & Electronics Instrument Laboratory

This Laboratory incorporates the basic knowledge of Electrical & Electronics Measuring Instruments . which helps the student to understand different behavioral characteristics of these instruments.

VIII Semester (Batch 2017-2021)
S.N.	Enrollment	First Name	CGPA	Photo
1	0111EX171015	ANKIT KUMAR DWIVEDI	9.06
2	0111EX171002	ABHISHEK KUMAR JAISWAL	8.92
3	0111EX171039	MASOOM SONI	8.83

VIII Semester (Batch 2018-2022)
S.N.	Enrollment	First Name	CGPA	Photo
1	0111EX181052	SHIVANGI NEMA	9.52
2	0111EX181023	DIVYA KUMARI	9.11
3	0111EX181030	NEELKAMAL YADAV	8.95

VIII Semester (Batch 2019-2023)
S.N.	Enrollment	First Name	CGPA	Photo
1	0111EX191003	ADARSH PATEL	9.5
2	0111EX191004	ADITI BISEN	9.48
3	0111EX191040	HARSH SINGH THAKUR	9.47

VIII Semester (Batch 2020-2024)
S.N.	Enrollment	First Name	CGPA	Photo
1	0111EX201087	RITU PATEL	8.89
2	0111EX213D14	SAHIL KUMAR	8.85
3	0111EX201113	SWEETY PRIYA	8.74

List of Best projects developed by students under the guidance of faculty:

(2023-2024)
S.No.	Major Project Titles	Type (Domain Area)
1.	Electric Vehicle	Design (Society)
2.	IOT based Weather Monitoring System	Application (IOT)
3.	SMARTBIN: IOT based smart garbage alert system	Product (IOT)
4.	Accident Preventive Glasses	Application (Electronics)
5.	Smart Attendance System	Application (AI)

(2022-2023)
S.No.	Major Project Titles	Type (Domain Area)
1.	Drone	Product (Control System)
2.	Bluetooth module Car using Arduino Uno	Application (Electronics)
3.	Mutual Induction Practical Set	Design (Instrumentation)
4.	Billing display with bill SMS Features	Application (Power system)
5.	Dual Axis Solar Tracking	Application (ECM)

(2021-2022)
S.No.	Title	Type (Domain Area)
1.	Power Theft Detector	Product (Automation)
2.	3-Phase Transmission Line Fault Detection	Application (Power system)
3.	Transformer Protection Device	Design (Instrumentation)
4.	Smart Light Traffic Management System	Application (Automation)
5.	Code Secured Door	Application (Electronics)

E-books

Study material covering curriculum gap

Additional Reference Material

Faculty online videos

Patents of faculty List

S.No.	Name of Faculty	Title of Patent	Publication Date	Application Number
1.	Anula Khare	Automated IOT sensor based floating garbage removal machine and method thereof	7/19/2019	201921020893 A
2.	Anula Khare	Intelligent Adaptive system and method thereof household energy control and distribution	4/26/2019	201941015762 A
3.	Anula Khare	SPV, Wind Turbine & Battery Storage System Based Microgrid for Remote Electrification	26/5/23	202311029302A
4.	Anula Khare	Autonomous vehicle driving controller	19/10/24	—
5.	Dr. Saurabh Gupta	Electric Vehicle Battery with Swapping Mechanism	04-12-2023	369081-001
6.	Dr. Saurabh Gupta	Impact Of Green HRM Practices on Environmental Performance	30-12-2022	202241073319
7.	Dr. Saurabh Gupta	Artificial Intelligence and IOT Based Electric Vehicles Monitoring System in Smart Cities Using Deep Learning Algorithms	21-10-2022	202231057924
8.	Dr. Saurabh Gupta	Detection Of Spoofing Vulnerability In Revolutionary IOT Networks To Augment Security Mechanism	15-11-2022	1195393
9.	Dr. Saurabh Gupta	IOT Based Smart Secure Device to Deliver Fast and High-Quality Equipment/Medicine Using Cloud Computing Technology in Medical Field	25-03-2022	202241011932
10.	Dr. Saurabh Gupta	Artificial Intelligent and IOT Based Detection and Prevention of Liver Disease using Machine Learning for Health Care Management	03-11-2022	202241011573
11.	Dr. Saurabh Gupta	Artificial Intelligence Based Prediction and Prevention of Lung Cancer Using Data Mining and Machine Learning Techniques for Health Care Management	03-04-2022	202241006973
12.	Dr. Saurabh Gupta	Cloud Computing Based Blood Pressure and Body Temperature Monitoring System using Mobile Application	25-02-2022	202241005000
13.	Abhay Chaturvedi	Design patent published on “Training and Performance Monitoring AI Device” dated with Patent Office- Govt of India. (Applied on 23/10/2024)	11/12/2024	Design No.-435398-001 / Class-14-02
14.	Siddharth Shukla	Chemical Mixing Device for Agriculture Farm	12-11-2021	349306-001
15.	Siddharth Shukla	Solar Powered Billboard	11-02-2022	354096-001
16.	Siddharth Shukla	Solar Parking Managing Device	25-03-2022	356465-001
17.	Siddharth Shukla	Solar Powered Device to Detect Nutrient in Supplied Farm Water	17-06-2022	360124-001
18.	Deepak Pandey	Solar Powered Device to Detect Nutrient in Supplied Farm Water	17-06-2022	360124-001

Books Published by Faculty

Sno.	Title of the Book	ISBN/ASIN Number	Name of the Publisher	Author
01	Basic electrical and electronics engineering	978-93-5757-199-9	Scientific international publishing house (siph)	Dr. Saurabh Gupta
02	Renewable energy and green energy sources	978-93-5762-081-9	Alpha international publishing house (aip)	Dr. Saurabh Gupta
03	Basic Electrical & Electronics Engineering	978-93-86086-55-6	TECHNOCRATS PUBLICATIONS	Devendra Sharma
04	Artificial Intelligence Techniques in Power Systems Operations and Analysis	9781003301820	Auerbach Publications	Eknath Borkar,
05	Solar PV System	978-81-95198-2-2-1	Bhumi Publishing	Siddharth Shukla
06	Programmable Logic Controller (PLC)	978-81-95198-2-2-1	Bhumi Publishing	Siddharth Shukla
07	Load Frequency Control for Multi Area Power System Using PSO Based Technique	9781003301820	CRS Press	Siddharth Shukla
08	A Hybrid Energy Management for Stand –Alone Microgrid Using Grey Wolf Optimization System	9781003301820	CRS Press	Siddharth Shukla

Citations details of faculty publication

Name of Faculty	Citations
Dr. Anula Khare	710
Dr. Malay S. Dash	12
Dr. Saurabh Gupta	10
Mr. Deepak Pandey	32
Mr. Devendra Sharma	14
Mr. Siddharth Shukla	7

List of Quality publications in refereed/SCI Journals/Scopus/ IEEE conferences/ UGC Care

S.No.	Author (s)	Complete Title of the Article	Title of the Journal	ISSN
1	Anula Khare	Different Modelling Aspects and Energy Systems of Unified Power Quality Conditioner (UPQC): An Overview	International Journal of Renewable Energy Research, Vol.3, No.2, pp.395-402	ISSN: 1309-0127
2	Anula Khare	Optimal Sizing An SPV/Diesel/Battery Hybrid System for A Remote Railway Station in India	International Journal of Renewable Energy Research, Vol. 3, No. 3, pp: 672-681	ISSN: 1309-0127
3	Anula Khare	A Review of Particle Swarm Optimization and its Applications in Solar Photovoltaic System	Applied Soft Computing, Elsevier, Vol. 13, Issue 5, pp: 2997-3006	ISSN: 1872-9681
4	Anula Khare	A study of Signal processing Technique In power quality Disturbance Detection	IEEE International conference on Innovation high speed Communication and signal processing	979-83503-6894-9
5	Anula Khare	Sizing and performance analysis of standalone wind-photovoltaic based hybrid energy system using ant colony optimisation	IET Renewable Power Generation ,Volume: 10, Issue: 7, IEEE	ISSN No. 1752-1424
6	Anula Khare	Optimal Sizing of A Grid Integrated Solar Photovoltaic System	IET Renewable Power Generation, IEEE	ISSN No. 1752-1424
7	Anula Khare	Technical Evaluation of Solar PV System Proposed for Railway Station	IEEE Sponsored National Conference on Electrical Power & Energy Systems, Organized by Ajay Kumar Garg Engineering College Ghaziabad
8	Anula Khare	MATLAB Based Forecasting for Solar Radiation Data and Power Output from Sunshine Duration and Ambient Temperature	2nd International Conference on Electronic Power and Control, Kualalumpur, Malaysia
9	Anula Khare	MPPT control technique in photovoltaic applications : a review	International Conference ICPSE, at China
10	Saurabh Gupta	A DATA DRIVEN APPROACH FOR PREDICTING TRANSFORMER FAULTS FOR POWER SYSTEMS	Industrial Engineering Journal (UGC CARE-1)	0970-2555
11	Saurabh Gupta	A REGRESSION LEARNING BASED APPROACH FOR FORECASTING SOLAR IRRADIATION FOR RENEWABLE ENERGY APPLICATIONS IN POWER SYSTEMS	Industrial Engineering Journal (UGC CARE-1)	0970-2555
12	Saurabh Gupta	HYBRID MPPT ALGORITHMS FOR BIDIRECTIONAL DC CONVERTER	Industrial Engineering Journal (UGC CARE-1)	0970-2555
13	Saurabh Gupta	Development of Flexible Capacitive Pressure Sensor with Improved Sensitivity Using Microdome and Micropyramid Polymethylsiloxane Dielectric Layers	AIP Journal	ISSN: 1551-7616
14	Saurabh Gupta	An Efficient Protection Scheme for High Impedance Fault Diagnosis in Micro Grid Using Machine Learning	IEEE 3rd International Conference on Electrical Power and Energy Systems (ICEPES)	ISSN: 979-8-3503-9072-8
15	Saurabh Gupta	Long Term Power Prediction of Photovoltaic Panels Based on Meteorological Parameters and Support Vector Machine	Indonesian Journal of Electrical and Computer Science Engineering	2502-4752
16	Saurabh Gupta	Soil Ph Periodic Assortent with Smart Irrigation Using Aerial Triboelectric Nano generator	Indonesian Journal of Electrical and Computer Science engineering	2502-4752
17	Saurabh Gupta	Soft Switched DC-DC Converter for Hybrid Power Generation Photo Voltaic Panels Using Fuzzy Logic Controller	Journal Of Material Today Proceedings	2214-7853
18	Saurabh Gupta	Electrostatic Potential Distribution Analysis of Silicon Nanowire Field Effect Transistor with Various Channel Length	Journal Of Nano materials	1687-4129
19	Saurabh Gupta	Three Phase Distribution STATCOM Integrated with Solar	IEEE International Students’ Conference on Electrical, Electronics and Computer Science (SCEECS)	978-1-4673-1515-9
20	Saurabh Gupta	Voltage Sag-Swell and Harmonics Analysis of UPQC Control Based DFIG- Wind Integration	International Journal of Engineering Trends and Technology	2231-5381
21	Saurabh Gupta	Opal-RT Based Analysis and Implementation of DFIG With Standalone Wind Energy Conversion System	International Journal of Engineering &Technology (IJET-UAE)	2227-524X
22	Abhay Chaturvedi	OPTIMIZING VLDC MOTOR CONTROL IN ELECTRIC VEHICLE USING HYSERTERIS CURRENT CONTROLLED BOOST CONVERTERS	IEEE, INTERNATIONAL CONFERENCE ON COMPUTATIONAL INTELLIGENCE AND COMMUNICATION NETWORKS	ISSN: 2472-7555
23	Abhay Chaturvedi	FUTURE TRENDS IN FAULT DETECTION STRATEGY FOR DC MICROGRID	IEEE INTERNATIONAL CONFERENCE ON COMPUTATIONAL INTELLIGENCE AND COMMUNICATION NETWORKS	ISSN: 2375-8244
24	Abhay Chaturvedi	“Comparative Analysis of Three phase AC-DC Controlled Multi pulse Converter”	IEEE Explore,	ISBN: 978-1-4673-1516-6,
25	Ashish Kumar Rai	Comparative Analysis of Supercritical Boiler Efficiency with Indian and Imported Coal under Indian Condition	Journal of Thermal Engineering and Application, STM Journal	ISSN:2349-8994

Publication details of faculty

S.No.	Author(s)	Complete Title of the Article	Title of the Journal	ISSN
1.	Anula Khare	An Extensive Review on Power Transition Enhancement for Variable-Speed, Variable-Pitch Wind Turbines using Model Predictive Control Techniques	International Journal of Innovative Trends in Engineering (Online Issue 29, Volume 18, Number 01)	ISSN: 2395-2946
2.	Anula Khare	Modelling of Inverter for Photovoltaic Module with Grid Synchronization System	International Journal on Emerging Technologies 5(2)	ISSN No. (Print): 0975-8364
3.	Anula Khare	Study of Inverter for High Efficiency Photovoltaic Module using MPPT	International Journal of Electrical, and Computer Engineering / 3(1): 189-195 (2014)	Electronics ISSN No. (Online): 2277-2626
4.	Anula Khare	Integration of UPQC with PV Arrays for Power Quality Enhancement	International Journal of Engineering Research & Technology (IJERT), Vol. 3 Issue 2, pp:719-723	ISSN: 2278-0181
5.	Anula Khare	Implementing Buck Converter for Battery Charging	International Journal of Electrical, Electronics and Computer Engineering, Vol 3, No. 1, pp.10-15	ISSN No. (Online): 2277-2626
6.	Anula Khare	Buck Converter Battery Charger Using ZVS Soft Switching Technology	Oriental International Journal of Innovative Engineering Research (OIJIER), Volume 03, No 01, pp:48-52	ISSN: 2321-1806
7.	Anula Khare	Different Modelling Aspects and Energy Systems of Unified Power Quality Conditioner (UPQC): An Overview	International Journal of Renewable Energy Research, Vol.3, No.2, pp.395-402	ISSN: 1309-0127
8.	Anula Khare	Optimal Sizing An SPV/Diesel/Battery Hybrid System for A Remote Railway Station in India	International Journal of Renewable Energy Research, Vol. 3, No. 3, pp: 672-681	ISSN: 1309-0127
9.	Anula Khare	A Review of Particle Swarm Optimization and its Applications in Solar Photovoltaic System	Applied Soft Computing, Elsevier, Vol. 13, Issue 5, pp: 2997-3006	ISSN: 1872-9681
10.	Anula Khare	Role of Custom Power Devices (CPDS): A Literature Survey	Oriental International Journal of Innovative Engineering Research (OIJIER), Vol. 1, No 1, pp:19-24	ISSN: 2321-1806
11.	Anula Khare	Taxonomy of Unified Power Quality Conditioner (UPQC): An Overview	International Journal of Current Engineering Science, Vol.1 Issue 2, pp:04	ISSN: 2394-0697
12.	Anula Khare	Performance of Micro Controller Based Multilevel Inverter for Single Phase Induction Motor	International Journal of Electrical, Electronics and Computer Engineering 2(1): 52-58	ISSN: 2277-2626
13.	Anula Khare	Hotel Load in Indian Railways: Energy Conservation in EOG Scheme	International Journal of Emerging Technologies, pp. 53-55	ISSN: 2249-3255
14.	Anula Khare	A study of Signal processing Technique In Power Quality Disturbance Detection	IEEE International Conference on Innovation High Speed Communication and Signal Processing	ISBN: 979-83503-6894-9
15.	Anula Khare	Sizing and performance analysis of standalone wind-photovoltaic based hybrid energy system using ant colony optimisation	IET Renewable Power Generation, IEEE, Volume: 10, Issue: 7	ISSN: 1752-1424
16.	Anula Khare	Modeling of Inverter for Photovoltaic Module with Grid Synchronization System	International Journal on Emerging Technologies 5(2)	ISSN (Print): 0975-8364
17.	Anula Khare	Buck Converter Battery Charger Using ZCS Soft Switching Technology	International Conference on Interdisciplinary Research in Engineering, Management, Pharmacy and Science (ICIREMPS 2K14)	–
18.	Anula Khare	Optimal Sizing of A Grid Integrated Solar Photovoltaic System	IET Renewable Power Generation, IEEE	ISSN: 1752-1424
19.	Anula Khare	Technical Evaluation of Solar PV System Proposed for Railway Station	IEEE Sponsored National Conference on Electrical Power & Energy Systems	–
20.	Anula Khare	Proposed Technique for Optimally Sizing an SPV/Diesel/Battery Hybrid System for a Remote Railway Station in India	International Conference on Advances in Energy Research (ICAER 2013) at IIT Bombay	–
21.	Anula Khare	MATLAB Based Forecasting for Solar Radiation Data and Power Output from Sunshine Duration and Ambient Temperature	2nd International Conference on Electronic Power and Control, Kuala Lumpur, Malaysia	–
22.	Anula Khare	MATLAB based Forecasting for Solar Radiation Data	National Conference on Advances in Energy Technology, SSBT College of Engineering Bhambori, Jalgaon	–
23.	Anula Khare	Modeling of Unified Power Quality Conditioner (UPQC) for Different Applications	International Conference on Global Scenario & Environment and Energy (ICGSEE-2013)	–
24.	Anula Khare	A Literature Review on Study of FACTS Controllers (TCSC and SSSC)	National Conference on Advances in Engineering Research & Applications (AERA-2013)	–
25.	Anula Khare	Control of Weigh Feeder by Programmable Logic Controller: Case Study of Cement Industry	National Conference on Modeling and Simulation of Electrical Systems (MSES-2013)	–
26.	Anula Khare	MPPT Control Technique in Photovoltaic Applications: A Review	International Conference ICPSE, China	–
27.	Anula Khare	Reliability Consideration in Photovoltaic Plants – with Indian Perspective	National Conference on Recent Development in Wind and Solar Power, JNCT Bhopal	–
28.	Anula Khare	Technical Issues of Electric Railway Power Supply: A Review	International Conference on Concurrent Techno and Enviro Search, SARYC, Bhopal	–
29.	Dr. Malay S. Dash	Harmonics, Efficiency, and Reliability: A Review of Modern Inverter Technology and Modulation Index Effects	International Journal of Engineering, Management and Medical Research (IJEMMR)	ISSN: 2395-2180
30.	Dr. Malay S. Dash	Investigating the Impact of Modulation Index on Multilevel Inverter Performance and Harmonic Distortion	High Technology Letters	ISSN No.: 1006-6748
31.	Dr. Malay S. Dash	A Review on A DC Distributed Solar Micro Grid using DC to DC Boost Control Technique	International Journal of Engineering Applied Science and Management	ISSN (Online): 2582-6948
32.	Dr. Malay S. Dash	Hybrid Energy Storage System Integrating with Li-ion Battery and Super Capacitor for Electric Vehicle	International Journal of Advanced Engineering Science and Technological Research (IJAESTR)	ISSN: 2394–9627
33.	Dr. Malay S. Dash	To Simulate High Voltage Coaxial Cable Parameters on Copper Vapor Laser Performance	International Journal for Scientific Research & Development (IJSRD)	ISSN (Online): 2321-0613
34.	Dr. Malay S. Dash	Damping Power System Oscillation using Static Synchronous Series Compensator (SSSC)	International Research Journal of Engineering and Technology (IRJET)	e-ISSN: 2395-0056, p-ISSN: 2395-0072
35.	Dr. Malay S. Dash	Comparison of Different Lengths of Coaxial Cable to Operate Copper Vapor Laser	International Journal for Scientific Research & Development (IJSRD)	ISSN (Online): 2321-0613
36.	Dr. Malay S. Dash	Grid Connected Solar with Multilevel Inverter System	International Journal of Current Trends in Engineering & Technology	ISSN: 2395-3152
37.	Dr. Malay S. Dash	Evaluation of Single-Phase Neutral Point Clamped Multilevel Inverter	Journal of Computing Technologies (JCT)	ISSN: 2278–3814
38.	Dr. Malay S. Dash	Five Level Multi-Output Bidirectional Active Buck PFC Rectifier	Journal of Emerging Technologies and Innovative Research (JETIR)	ISSN: 2349-5162
39.	Dr. Malay S. Dash	Power Flow Analysis with Different Optimal Integration of Renewable Distributed Generation using PSAT	Journal of Emerging Technologies and Innovative Research (JETIR)	ISSN: 2349-5162
40.	Dr. Malay S. Dash	Improvement of Transient Stability Using Different FACTS Devices	International Journal Online of Science (IJO – Science)	ISSN: 2455-0108
41.	Dr. Malay S. Dash	Role of Dynamic Voltage Restorer (DVR) for Mitigating Electrical Fault Effect in Distributed Network System	International Journal for Innovative Research in Science & Technology (IJIRST)	ISSN: 2349-6010 (Online)
42.	Dr. Malay S. Dash	Efficient Voltage and Current Control in Hybrid Distributed Generation System using PSO DSTATCOM	International Journal of Scientific Progress and Research (IJSPR)	ISSN: 2349-4689
43.	Dr. Malay S. Dash	A Review on Power Line Communication Strategy for DC-MG Using Switching Frequency Modulation of Power Converters	International Journal of Innovative Engineering Research	E-ISSN: 2349-882X
44.	Dr. Malay S. Dash	Enhancement Power Quality Using Dynamic Voltage Restorer (DVR) with PID Controller	International Journal for Computer Application and Research	ISSN (Online): 2320-5067
45.	Dr. Malay S. Dash	Adaptive Control and Power System Protection to Mitigate Wide-Area Blackouts	INTERNATIONAL JOURNAL OF SCIENTIFIC PROGRESS AND RESEARCH (IJSPR)	ISSN: 2349-4689
46.	Dr. Malay S. Dash	Reactive Power Compensation using DSTATCOM using Unit Template Algorithm and Hysteresis Band Current Control	International Journal of Engineering Innovation & Research	ISSN: 2277–5668
47.	Dr. Malay S. Dash	Reactive Power Compensation using DSTATCOM with Balanced/Unbalanced Linear and Non-linear Load	International Journal of Engineering Innovation & Research	ISSN: 2277–5668
48.	Dr. Malay S. Dash	Designing of Hybrid Integrated Constrained PSO Algorithm for Two Converters in Solar PV System	SMART MOVES JOURNAL IJOSCIENCE	ISSN NO: 2582-4600
49.	Dr. Malay S. Dash	Grid Interfaced Solar PV Based Water Pumping Using BLDCM with Fuzzy Logic Controller	International Journal of Engineering Applied Science and Management	ISSN (Online): 2582-6948
50.	Dr. Malay S. Dash	Reduce THD and High Gain Solar Power Generation with Seven-Level BANPC Inverter	INTERNATIONAL JOURNAL OF RESEARCH & TECHNOLOGY (IJRT)	2321-7510 (Print), 2321-7529 (Online)
51.	Dr. Malay S. Dash	Mitigation of Overall THD for the D-STATCOM Fed Low Voltage Grid	International Journal of Innovative Research in Technology and Management (IJIRTM)	ISSN: 2581-3404 (Online)
52.	Dr. Malay S. Dash	Coherency Identification in Multi-machine Power System	International Journal of Engineering Innovation & Research	ISSN: 2277–5668
53.	Dr. Malay S. Dash	Using Fuzzy Design and Control of Micro-Grid by Renewable Energy Generating Sources	International Journal of Advancement in Electronics and Computer Engineering (IJAECE)	ISSN: 2278-1412
54.	Dr. Malay S. Dash	Analysis of Fault Characteristics of Distributed Solar Generation	International Journal of Innovative Research in Technology and Management (IJIRTM)	ISSN: 2581-3404 (Online)
55.	Dr. Malay S. Dash	Simulation and Analysis of Modified SSSC POD Controller with Blackwall Control Method for Transients Improvement	International Journal of Engineering Applied Science and Management	ISSN (Online): 2582-6948
56.	Dr. Malay S. Dash	Hybrid Energy Storage System Integrating with Li-ion Battery and Super Capacitor for Electric Vehicle	International Journal of Advanced Engineering Science and Technological Research (IJAESTR)	ISSN: 2394–9627
57.	Saurabh Gupta	A Data Driven Approach for Predicting Transformer Faults for Power Systems	Industrial Engineering Journal (UGC CARE-1)	ISSN: 0970-2555
58.	Saurabh Gupta	A Regression Learning Based Approach for Forecasting Solar Irradiation for Renewable Energy Applications in Power Systems	Industrial Engineering Journal (UGC CARE-1)	ISSN: 0970-2555
59.	Saurabh Gupta	Hybrid MPPT Algorithms for Bidirectional DC Converter	Industrial Engineering Journal (UGC CARE-1)	ISSN: 0970-2555
60.	Saurabh Gupta	Analysis of Power System Stability in Infinite Bus System using Firefly Algorithm	IJIRT Journal	ISSN: 2349-6002
61.	Saurabh Gupta	Analysis of Economic Load Dispatch in Power Systems using Scaled Conjugate Gradient Approach in Machine Learning	IJIRT Journal	ISSN: 2349-6002
62.	Saurabh Gupta	Power factor correction topology controlled with fuzzy logic controller	Technische Sicherheit	1434-9728 / 2191-0073
63.	Saurabh Gupta	Electrifying the Future: The Rise of Electric Vehicles	IJSREM Journal	2582-3930
64.	Saurabh Gupta	Digital Realization of Fraction Order PID Controller for Boost DC DC Converter	METSZET JOURNAL	2061-2710
65.	Saurabh Gupta	Design and Analysis for Efficient Power Management System of Electrical and Control System	METSZET JOURNAL	2061-2710
66.	Saurabh Gupta	Developing an Optimized Model for Wind Turbines to Enhance Renewable Energy Solutions	METSZET JOURNAL	2061-2710
67.	Saurabh Gupta	Development of Flexible Capacitive Pressure Sensor with Improved Sensitivity Using Microdome and Micropyramid Polymethylsiloxane Dielectric Layers	AIP Journal	1551-7616
68.	Saurabh Gupta	An Efficient Protection Scheme for High Impedance Fault Diagnosis in Micro Grid Using Machine Learning	IEEE 3rd International Conference on Electrical Power and Energy Systems (ICEPES)	979-8-3503-9072-8
69.	Saurabh Gupta	Long Term Power Prediction of Photovoltaic Panels Based on Meteorological Parameters and Support Vector Machine	Indonesian Journal of Electrical and Computer Science Engineering	2502-4752
70.	Saurabh Gupta	Soil pH Periodic Assortment with Smart Irrigation Using Aerial Triboelectric Nanogenerator	Indonesian Journal of Electrical and Computer Science Engineering	2502-4752
71.	Saurabh Gupta	Soft Switched DC-DC Converter for Hybrid Power Generation Photovoltaic Panels Using Fuzzy Logic Controller	Journal Of Material Today Proceedings	2214-7853
72.	Saurabh Gupta	Electrostatic Potential Distribution Analysis of Silicon Nanowire Field Effect Transistor with Various Channel Lengths	Journal Of Nano Materials	1687-4129
73.	Saurabh Gupta	Three Phase Distribution STATCOM Integrated with Solar	IEEE International Students’ Conference on Electrical, Electronics and Computer Science (SCEECS)	978-1-4673-1515-9
74.	Saurabh Gupta	DSMPI Controller Based on a Dual-Function PV-ECS Integrated to 3P4W Distribution Grid for Active Power Quality Improvement	International Journal of Engineering Applied Science and Management	2582-6948
75.	Saurabh Gupta	Optimizing Frequency Regulation in Interconnected Thermal and Renewable Power Systems	Journal Of Computing Technologies	2278–3814
76.	Saurabh Gupta	Voltage Sag-Swell and Harmonics Analysis of UPQC Control Based DFIG-Wind Integration	International Journal of Engineering Trends and Technology	2231-5381
77.	Saurabh Gupta	Opal-RT Based Analysis and Implementation of DFIG with Standalone Wind Energy Conversion System	International Journal of Engineering & Technology (IJET-UAE)	2227-524X
78.	Saurabh Gupta	Vector Control Technique Using GSC and RSC Converter for DFIG Based Wind Energy Conversion System	Current Trends in Technology and Science	2279-0535
79.	Saurabh Gupta	Optimizing Frequency Regulation in Interconnected Thermal and Renewable Power Systems	Journal of Computing Technologies (JCT)	2278–3814
80.	Vasant Acharya	Review on Power Quality Enhancement and its Effects on Micro Grid	International Journal Online of Sports Technology and Human Engineering (IJOSTHE)	2349-0722
81.	Vasant Acharya	AI Based Optimizing Control of UPFC with Dual Converter Technology for Grid Integrated PV System	Research Journal of Engineering Technology and Medical Sciences	2582-6212
82.	Vasant Acharya	A Comparative Study of Different Traveling Wave Fault Location Techniques	International Journal of Inventive Research in Science and Technology	2583-5637
83.	Arvind Kumar Shah	Modeling of Inverter for Photovoltaic Module with Grid Synchronization	METSZET	2061-2710
84.	Eknath Borkar	Operational Cost Minimization of Grid Connected Microgrid System Using Fire Fly Technique	Journal of Informatics Electrical and Electronics Engineering (JIEEE)	2582-7006
85.	Eknath Borkar	Stability Analysis Using Sliding Mode Controller	International Journal for Technological Research in Engineering	2347–4718
86.	Eknath Borkar	A Brief Review on Various Topologies of Custom Power Devices	International Journal of Advance Research, Ideas and Innovations in Technology	5524–5554
87.	Eknath Borkar	Power Factor Improvement in Bridgeless Landsman Converter Fed EV Battery Charger Using Fuzzy Logic Controller	International Journal of Innovative Research in Technology and Management	2581-3404
88.	Eknath Borkar	Multi Objective Economic Load Dispatch with Emission Constraint Using New PSO	International Journal for Technological Research in Engineering	2347–4718
89.	Eknath Borkar	A Review on Stability Analysis Using Sliding Mode Controller	International Journal for Technological Research in Engineering	2347–4718
90.	Eknath Borkar	Study on Reduction of Harmonics in 7-Level Cascaded H-Bridge Multilevel Inverter	International Journal of Scientific Research in Engineering and Management	2582-3930
91.	Abhay Chaturvedi	Optimizing VLDC Motor Control in Electric Vehicle Using Hysteresis Current Controlled Boost Converters	IEEE International Conference on Computational Intelligence and Communication Networks	2472-7555
92.	Abhay Chaturvedi	Future Trends in Fault Detection Strategy for DC Microgrid	International Conference on Computational Intelligence and Communication Networks	2375-8244
93.	Abhay Chaturvedi	Comparative Analysis of Three Phase AC-DC Controlled Multi Pulse Converter	IEEE Explore	ISBN: 978-1-4673-1516-6
94.	Abhay Chaturvedi	Load Flow Analysis with UPFC under Unsymmetrical Fault Condition	IISTE.ORG	2222-2871
95.	Abhay Chaturvedi	Analysis of Ripple and THD in Three Phase Six Pulse Uncontrolled and Controlled Converter	National Conference on Application of Evolutionary Computing Techniques in Electrical Technology	2236-6124
96.	Abhay Chaturvedi	Analysis of Ripple and Harmonic Distortion in Three Phase Six Pulse Uncontrolled and Controlled Converters	National Conference on Modelling and Simulation of Electrical Systems	–
97.	Abhay Chaturvedi	Comparative Load Flow Analysis with L-L-L-G Fault Condition	National Conference on Modelling and Simulation of Electrical Systems	–
98.	Abhay Chaturvedi	Load Flow Analysis with UPFC under L-L & L-L-G Fault Condition	National Conference on Advances in Engineering Research & Applications (AERA, MRH)	–
1.	Abhay Chaturvedi	Performance Analysis of Point-to-Point Bipolar VSC-HVDC System	Journal of Computing Technologies Committee	2278-3814
2.	Abhay Chaturvedi	State of Art for HVDC Transmission System	International Journal of Engineering Associates Committee	2320-0804
3.	Abhay Chaturvedi	Analysis of Grid Tied PV/Fuel Cell Based Hybrid Power System	Journal of Computing Technologies Committee	2278-3814
4.	Abhay Chaturvedi	A Review of Energy Management System of Hybrid Energy System	International Journal of Engineering Associates Committee	2320-0804
5.	Abhay Chaturvedi	Design Hybrid Wind-Solar Energy System Renewable Energy Sources System	International Journal of Innovative Research in Computer and Communication Engineering	2320-9801
6.	Princy Singh	A Power System FACT Controller Implementation Using Deep Learning Techniques	Design Engineering	0011-9342
7.	Princy Singh	A Review Article of Power System FACT Controller Implementation Using Deep Learning Techniques	International Journal of Scientific Research & Engineering Trends	2395-566X
8.	Deepak Pandey	Improved Power Quality Using Three Phase Pulse Width Modulated Rectifier and MPPT	Journal of Emerging Technologies and Innovative Research	2349-5162
9.	Deepak Pandey	PVA Fed Sensor Less Fuzzy Logic Speed Control of Induction Motor for Water Pumping Application	International Journal of Innovative Research in Technology and Management	2581-3404
10.	Deepak Pandey	Modelling and Simulation of Buck-Boost Converter for Residential PV Application	International Journal of Engineering Applied Science and Management	2582-6948
11.	Deepak Pandey	Performance Analysis of Direct Power Control with SVPWM For Shunt Active Power Filter Using Fuzzy Logic Controller	International Journal of Engineering Applied Science and Management	2582-6948
12.	Deepak Pandey	Photo Voltaic Array Integrated Three-Phase Transformer Less Shunt Active Power Filter with Reduced Switch Count for Harmonic Compensation	International Journal of Engineering Applied Science and Management	2582-6948
13.	Deepak Pandey	Optimal Placement & Sizing of Distributed Generation (DG) to Minimize Active Power Loss Using Particle Swarm Optimization (PSO)	International Journal of Scientific & Technology Research	2277-8616
14.	Deepak Pandey	Renewable Energy Resources and Distributed Generation in India	International Journal of Advanced Research in Electrical, Electronics and Instrumentation Engineering	2278–8875
15.	Deepak Pandey	DS MPI Control Based an Adaptive Active Damper for Improving the Stability of Grid-Connected Inverters	International Journal of Engineering Applied Science and Management	2582-6948
16.	Deepak Pandey	Active and Reactive Power of Bidirectional AC-DC Microgrid System for PV System Application	International Journal of Engineering Applied Science and Management	2582-6948
17.	Deepak Pandey	Fuzzy Controller Based Single-Phase Series Active Power Filter Without External Power Sources	International Journal for Research in Engineering and Emerging Trends	2545-4523
18.	Deepak Pandey	Photo Voltaic Array Integrated Three-Phase Transformer Less Shunt Active Power Filter with Reduced Switch Count for Harmonic Compensation	International Journal of Engineering Applied Science and Management	2582-6948
19.	Deepak Pandey	PV to Grid Connected Cascaded T-Type Multilevel Inverter with Improved Harmonic Performance	International Journal of Engineering Research and Applications	2248-9622
20.	Deepak Pandey	PV System Based Cascaded Multilevel Inverter: A Critical Review	International Journal of Engineering Research & Technology	2278-0181
21.	Deepak Pandey	Performance Analysis of Direct Power Control with SVPWM for Shunt Active Power Filter Using Fuzzy Logic Controller	International Journal of Engineering Applied Science and Management	2582-6948
22.	Deepak Pandey	Closed Loop Speed Control of DC Machine Using Dual Input DC-DC Converter for Electric Vehicle	International Journal of Engineering Applied Science and Management	2582-6948
1.	Deepak Pandey	Modeling and Simulation of Buck-Boost Converter for Residential PV Application	International Journal of Engineering Applied Science and Management	2582-6948
2.	Deepak Pandey	PVA Fed Sensor Less Fuzzy Logic Speed Control of Induction Motor for Water Pumping Application	International Journal of Innovative Research in Technology and Management	2581-3404
3.	Deepak Pandey	Improved Power Quality Using Three Phase Pulse Width Modulated Rectifier and MPPT	Journal of Emerging Technologies and Innovative Research	2349-5162
4.	Deepak Pandey	Survey Report on Single-Phase Pulse Width Modulated Rectifier	International Journal of Advancement in Electronics and Computer Engineering	2278-1412
5.	Deepak Pandey	Fault Detecting in Induction Machine by Sinusoidal Pulse Width Modulated Inverter	International Journal of Engineering Research & Technology	2278-0181
6.	Devendra Sharma	Evaluation Of Single-Phase Neutral Point Clamped Multilevel Inverter	Journal Of Computing Technologies (JCT) International Journal	2278-3814
7.	Devendra Sharma	Development Of Multilevel Inverter – A Survey	International Journal of Engineering Associates (IJEA)	2320-0804
8.	Devendra Sharma	Fault Current Mitigation by SFCL on Three Phase Micro Grid	International Journal of Engineering Applied Science and Management	2582-6948
9.	Devendra Sharma	A Review on Fault Current Mitigation by SFCL on Three Phase Micro-Grid Systems with Fault Detection Scheme	International Journal for Research in Engineering and Emerging Trends (IJREET)	2545-4523
10.	Devendra Sharma	A Schematic Review of High-Power Wireless Power Transfer	International Journal of Engineering Applied Science and Management	2582-6948
11.	Devendra Sharma	Three Phase Three Level Distribution STATCOM Integrated with Solar	International Journal of Science & Research	2319-7064
12.	Devendra Sharma	Grid Connected Photovoltaic System with Maximum Power Point Tracking	International Research Journal of Modernization in Engineering Technology and Science	2582-5208
13.	Devendra Sharma	Development and Simulation of a Hybrid System Combining Solar Photovoltaic (PV) Arrays and Wind Turbines Using Integrated Energy System Modelling	Applied Science and Engineering Journal for Advanced Research (Peer Reviewed Journal)	2583-2468
14.	Devendra Sharma	Developing an Optimized Model for Wind Turbines to Enhance Renewable Energy Solutions	Metszet Journal Scientific Journal	2061-2710
15.	Devendra Sharma	Digital Realization of Fractional Order PID Controller for Boost DC-DC Converter	Metszet Journal Scientific Journal	2061-2710
16.	Devendra Sharma	Design and Analysis for Efficient Power Management System of Electrical and Control System	Metszet Journal Scientific Journal	2061-2710
17.	Devendra Sharma	A Forward Backward Sweep Based Optimized Scaled Conjugate Algorithm for Load Estimation in Power Systems	International Journal of Scientific Research in Engineering and Management (IJSREM)	2582-3930
18.	Devendra Sharma	A Review and Taxonomy on Data Driven Models for Estimating Electrical Load for Power Systems	International Journal of Scientific Research in Engineering and Management (IJSREM)	2582-3930
19.	Devendra Sharma	A Comprehensive Review on Fractional Order Control Design and Modelling of MPPT Efficiency Enhancement Controller for a PV System	Metszet Journal Scientific Journal	2061-2710
20.	Devendra Sharma	Power Factor Correction Topology Controlled with Fuzzy Logic Controller	Technische Sicherheit (Technical Security)	1434-9728/2191-0073
21.	Siddharth Shukla	Improvement of Power Quality Using a Hybrid Series Active Power Filter with Fuzzy Logic Controller	International Journal of Innovative Research in Technology and Management	2581-3404
1.	Siddharth Shukla	A Literature Review of Broken Rotor Bar Faults Detection in Induction Motors	Journal Of Computing Technologies (JCT)	2278-3814
2.	Siddharth Shukla	Induction Motor Rotor Fault Detection Using Enhanced Feed Forward Neural Network	Journal Of Emerging Technologies and Innovative Research (JETIR)	2349-5162
3.	Siddharth Shukla	Management Of Reactive Power Sharing for PV Based Smart Microgrid System	International Journal of Research and Technology	2321-7529
4.	Ashish Kumar Rai	Comparative Analysis of Supercritical Boiler Efficiency with Indian and Imported Coal under Indian Condition	Journal of Thermal Engineering and Application, STM Journal	2349-8994
5.	Ashish Kumar Rai	Pulveriser Mill Performance Analysis & Optimization in Super Critical Thermal Power Plant using Imported Coal	International Journal for Research in Engineering Application & Management (IJREAM)	2454-9150
6.	Ashish Kumar Rai	Super Critical Thermal Power Plant Boiler Efficiency Calculation Using Imported Coal	International Journal for Research in Applied Science & Engineering Technology (IJRASET)	2321-9653
7.	Ashish Kumar Rai	Importance and Implications of OHDR in Super Critical Boiler	International Journal of Engineering Sciences	0976-6693
8.	Ashish Kumar Rai	An Integrated Approach to Boiler and Auxiliary Equipment Performance Improvement in Indian Power Plants Using Imported Coal	International Journal of Engineering Research & Industrial Applications	0974-1518
9.	Ashish Kumar Rai	Emerging Technologies for Optimizing Efficiency and Minimizing GHG Emission in Existing & Upcoming Coal Fired Plants in India	International Journal of Electrical, Electronics and Computer Engineering (IJEECE)	2277-2626
10.	Ashish Kumar Rai	Comparative Study of STATCOM (Static Synchronous Compensator) and SSSC (Static Series Synchronous Compensator) for Enhancing Power Quality in Transmission Line with Fuzzy Logic Control	Journal for Technological Research in Engineering	2347-6060
11.	Ashish Kumar Rai	Series Compensation Using Gate Controlled Based Switched Capacitor	International Journal of Research in Technology	2394-9007
12.	Ashish Kumar Rai	Fuzzy Logic Based Electromagnetic Relay with Improved Switching Time Reaction for the Subjected Fault	International Journal for Technological Research in Engineering	2347-4718
13.	Ashish Kumar Rai	A PV-UPQC Based Device for Power Transmitting Under Voltage Interruption Mode in an Interrupted Transmission System and Harmonic Elimination	International Journal of Applied Research in Science and Engineering	2456-124
14.	Ashish Kumar Rai	Performance Analysis of IEEE 14 Bus Systems by UPFC with STATCOM	International Journal of Innovative Engineering Research	2349-882X
15.	Ashish Kumar Rai	Survey Paper on IEEE 14-bus System with FACTS Technology	International Journal of Innovative Engineering Research	2349-882X
16.	Ashish Kumar Rai	Mitigation of Voltage Sag and Grid Side Converter Control of DFIG from DVR	International Journal for Technological Research in Engineering	2347-4718
17.	Ashish Kumar Rai	Investigating the Impact of Modern FACTS (Flexible AC Transmission) Controllers on Power System Performance	National Seminar on Prospects & Challenges of Electrical Power Industry in India	ISBN 9789382338314
18.	Ashish Kumar Rai	Once Through Supercritical CFBC Technology – An Option for Indian Power Sector	National Symposium on CFBC Technology – Contemporary Scenario and Future Challenges	ISBN 9789382338314
19.	Ashish Kumar Rai	Performance Evaluation of Electrostatic Precipitator (ESP) and Optimization by Preventive Measures in Thermal Power Plant	National Seminar on Prospects & Challenges of Electrical Power Industry in India	ISBN 9789382338314
20.	Ashish Kumar Rai	Utility of PSCAD/EMTDC Software in Inquiring the Electric Power Distribution System (EPDS) Bus Voltage in the Presence of Distributed Generation (DG)	National Seminar on Prospects & Challenges of Electrical Power Industry in India	ISBN 9789382338314

List of Patent

S.No.	Name of Faculty	Title of Patent	Publication Date	Application Number
1	Anula Khare	Automated IoT Sensor Based Floating Garbage Removal Machine and Method Thereof	19-07-2019	201921020893 A
2	Anula Khare	Intelligent Adaptive System and Method Thereof for Household Energy Control and Distribution	26-04-2019	201941015762 A
3	Anula Khare	SPV, Wind Turbine & Battery Storage System Based Microgrid for Remote Electrification	26-05-2023	202311029302A
4	Anula Khare	Autonomous Vehicle Driving Controller	19-10-2024	Pending
5	Dr. Saurabh Gupta	Electric Vehicle Battery with Swapping Mechanism	04-12-2023	369081-001
6	Dr. Saurabh Gupta	Impact of Green HRM Practices on Environmental Performance	30-12-2022	202241073319
7	Dr. Saurabh Gupta	Artificial Intelligence and IoT Based Electric Vehicles Monitoring System in Smart Cities Using Deep Learning Algorithms	21-10-2022	202231057924
8	Dr. Saurabh Gupta	Detection of Spoofing Vulnerability in Revolutionary IoT Networks to Augment Security Mechanism	15-11-2022	1195393
9	Dr. Saurabh Gupta	IoT Based Smart Secure Device to Deliver Fast and High-Quality Equipment/Medicine Using Cloud Computing Technology in Medical Field	25-03-2022	202241011932
10	Dr. Saurabh Gupta	Artificial Intelligent and IoT Based Detection and Prevention of Liver Disease Using Machine Learning for Health Care Management	03-11-2022	202241011573
11	Dr. Saurabh Gupta	Artificial Intelligence Based Prediction and Prevention of Lung Cancer Using Data Mining and Machine Learning Techniques for Health Care Management	03-04-2022	202241006973
12	Dr. Saurabh Gupta	Cloud Computing Based Blood Pressure and Body Temperature Monitoring System Using Mobile Application	25-02-2022	202241005000
13	Abhay Chaturvedi	Training and Performance Monitoring AI Device (Design Patent)	11-12-2024	Design No. 435398-001 / Class-14-02
14	Siddharth Shukla	Chemical Mixing Device for Agriculture Farm	12-11-2021	349306-001
15	Siddharth Shukla	Solar Powered Billboard	11-02-2022	354096-001
16	Siddharth Shukla	Solar Parking Managing Device	25-03-2022	356465-001
17	Siddharth Shukla	Solar Powered Device to Detect Nutrient in Supplied Farm Water	17-06-2022	360124-001
18	Deepak Pandey	Solar Powered Device to Detect Nutrient in Supplied Farm Water	17-06-2022	360124-001

Students Achievements

SESSION:2024- 2025
S.N.	Student Name	Topic	Organized By	Date of Event	Level	Award\Certificate
1	PrashantVishwakarma	Internet of Things	Online Certification Course,Indeyes	05-08-2024	National	Participation certificate
2	Diptee Mandarah	Internet of Things	Online Certification Course,Indeyes	21-08-2024	National	Participation certificate
3	Amaan Siddiqui	Blockchain and its Application	NPTEL Online Certification Course,	28-08-2024	National	Participation certificate
4	Rakesh Kumar	C++ And Java Training Crash Course	Online Certification Course, Udemy	09-09-2024	International	Participation certificate
5	Nitin Pareta	CSS and Java ScriptsComplete Course For Beginners	Online Certification Course, Udemy	07-10-2024	International	Participation certificate
6	Md Danish	Kabaddi	Mittal institute of Technology Bhopal	04-11-2024	State	Winner
7	Kundan Kumar	Marathon	Athletics 200,400,800 race organised by BDA Bhopal	05-12-2024	National	Winner
8	Pranjul Barmaiya	Badmintion	Nodal Level Badminton Tournament ,LNCT Group of Colleges, Bhopal	17-12-2024	State	1st position
9	Mohammad Aftab	Volley Ball tournament	Volley Ball tournament RGPV Bhopal	23-12-2024	State	Runner up
10	Arham Khan	Tournament in Running	RGPV Bhopal	08-01-2025	State	2nd Position

SESSION:2023- 2024
S.N.	Student Name	Topic	Organized By	Date of Event	Level	Award\Certificate
1	Amaan Siddiqui	Project competition	vigyan mela, Bhopal	17-09-2023	National	1st prize
2	Saksham Pandey	Project competition	vigyan mela, Bhopal	17-09-2023	National	1st prize
3	Sujeet Suman	Project competition	vigyan mela, Bhopal	17-09-2023	National	1st prize
1	Abhishek Sahu	SCADA Developer	Techfest organised by NITTTR Bhopal	23-08-2023	National	Participation certificate
2	Pranjul Barmaiya	IOT Design	Organized By TIT-E In Association With Indeyes Infotech	04-09-2023	National	Participation certificate
3	Gaurang Garg	Energy Literacy Training	Online Certification Course, Energy Swaraj Foundation	13-09-2023	National	Participation certificate
4	Abhishek Sahu	The Fundamentals of Digital Marketing	Online Certificate ,Google Digital Garage	11-10-2023	International	Participation certificate
5	Pandav Kumar	Fundamentals of PLC	Online Certification Course, CRISP	26-10-2023	National	Participation certificate
6	Nitish Kumar	Say Yes to Life,No to Drugs	Certification Course, Narcotics Control Bureau,Ministry of India	07-11-2023	National	Participation certificate
7	Anjali Kumari	AI For India 2.0	Online Certification Course, N.S.D.C	06-12-2023	International	Participation certificate
8	Hammadur Rahman	Hotstar Clone Using HTML,CSS and JavaScript	AWS Community builders ,Certificate of completion	20-12-2023	International	Participation certificate
9	Md Rijwan Asraph	Volleyball tournament	Nodal level volleyball tournamentOrganised bySIS Tec-R, Bhopal.	06-02-2024	State	1^stposition
10	Sweety Priya	400 Meter RACE EVENT	BANSALOTSAV 2022 organized by BANSAL Group of Institutes	05-03-2024	State	1^st position
11	Abhishek Patel	Circle Style Kabaddi	“Circle Style Kabaddi” Tournament held at Awadesh Pratap Singh University, Rewa.	19-03-2024	Inter University	Participation prize
12	Ashish Kumar	KabaddiTounament	Nodal Level Circle Kabaddi Tournament Organised by IES college of technology, Bhopal	23-04-2024	State	2^nd position
13	Ankit Raj	Nirmaan Tech skill expo XI edition”	SISTec Gandhi Nagar Campus, Bhopal	14-05-2024	National	1^stposition

2022-23
S No	Name of Student	Enrollment No	Year/ Semester	Achievement Details	Year of Achievement	Name of Event/ Institute/ Place Where Achieved
1	Kunal Kumar Das	0111EX191049	IV Year/ VII sem	shortlisted as finalist teams in grand finale round of Smart India Hackathon	2022	Smart India Hackathon, Ahemdabad
2	Shubham Mathur	0111EX191103	IV Year/ VII sem	shortlisted as finalist teams in grand finale round of Smart India Hackathon	2022	Smart India Hackathon, Ahemdabad
3	Abhishek Patel	0111EX201002	IIIyear/V sem	Silver medal	2022	Rock climbing, NCC training camp Indore
4	Akhilesh Pawar	0111EX191009	IV Year/ VII sem	Flew Microlight Virus SW-80 Aircraft as a Co-Pilot in NCC Air wing.	2022	Cadet of No.2 MP AIR SQN NCC Bhopal
5	Akhilesh Pawar	0111EX191009	IV Year/ VII sem	0.22 rifle shooting bronze medal.	2022	Cadet of No.2 MP AIR SQN NCC Bhopal
6	Akhilesh Pawar	0111EX191009	IV Year/ VII sem	Represent MP & CG directorate at All India Trekking Expedition (National Camp) held at Andhra Pradesh	2022	All India Trekking Expedition (National Camp) held at Andhra Pradesh
7	Kunal Kumar Das	0111EX191049	IV Year/ VII sem	won Second Prize in national level Model Competition	April, 2022	IE State Center, Bhopal
8	Shubham Mathur	0111EX191003	IV Year/ VII sem

2021-22
S No	Name of Student	Enrollment No	Year/ Semester	Achievement Details	Year of Achievement	Name of Event/ Institute/ Place Where Achieved
1	Kunal Kumar Das	0111EX191049	II Year/ IV sem	Secured 382 Global Rank in May Circuit’21 in HACKEREARTH	2021	May Circuit’21 / HACKEREARTH
2	Kunal Kumar Das	0111EX191049	III Year/ V sem	1345 Rating, 8240 Points, 1465 Problems solved in HACKEREARTH	2021	HACKEREARTH
3	Kunal Kumar Das	0111EX191049	III Year/ V sem	5 star at HACKERRANK	2021	HACKERRANK
4	Kunal Kumar Das	0111EX191049	III Year/ V sem	Solved 150+ questions in Codechef	2021	CODECHEF
5	Kunal Kumar Das	0111EX191049	III Year/ V sem	Certified in Python(Basics), Java(Basics), JavaScript(Basics), SQL(Basics & Intermediate) at Hackerrank Platform	2021	HACKERRANK
6	Kunal Kumar Das	0111EX191049	III Year/ V sem	Earned badges in Basics Programming, Data Structure, Algorithms, and Maths and also earned Gold badges in Codemonk in HACKEREARTH	2021	HACKEREARTH
7	Arvind Kumar Pandey	0111EX201018	II Year/ III sem	Certificate – National level quiz on Python programming	2021	Sigma Institute of Engineering
8	Arvind Kumar Pandey	0111EX201018	II Year/ III sem	Certificate of completion – Online course C++ beginners	2021	Great Learning
9	Arvind Kumar Pandey	0111EX201018	II YR/ IV SEM	Certificate of participation for successfully Lori contacts of culture to mark	2021	Azadi ki Amrit Mahotsav

2020-21
S No	Name of Student	Enrollment No	Year/ Semester	Achievement Details	Year of Achievement	Name of Event/ Institute/ Place Where Achieved
1	Abhishek Jaiswal	0111EX171002	IV YR/VII SEM	Corporate volleyball tournament 2k20, boy’s winner.	2020	Corporate BHOPAL
2	Chanchal Bisen	0111EX171026	IV YR/VII SEM	GATE Qualified	2020
	Pradeep Yadav	0111EX171047	IV YR/VII SEM	GATE Qualified	2021
	Uday Tamrakar	0111EX171061	IV YR/VII SEM	GATE Qualified	2021
2	Anurag Dwivedi	0111EX183D01	IV YR/VII SEM	GATE Qualified	2021
3	Shivangi Nema	0111EX181052	III YR/VI SEM	Department of Electrical & Electronics, SIRT Bhopal had organized one day Workshop on Robotics on dated 30th April 2021	2021	SIRT Bhopal
4	Digvijay Singh	0111EX181022	III YR/V SEM	Department of Electrical & Electronics, SIRT Bhopal had organized a One Week Online Short Term Training Program on “Electric Vehicles: Challenges and Opportunities” on Date: 24-29 August 2020	2020	SIRT Bhopal
5	Divya Kumari	0111EX181023	III YR/V SEM	Department of Electrical & Electronics, SIRT Bhopal had organized a One Week Online Short Term Training Program on “Electric Vehicles: Challenges and Opportunities” on Date: 24-29 August 2020	2020	SIRT Bhopal
6	Soojal Rai	0111EX181054	III YR/V SEM	Department of Electrical & Electronics, SIRT Bhopal had organized a One Week Online Short Term Training Program on “Electric Vehicles: Challenges and Opportunities” on Date: 24-29 August 2020	2020	SIRT Bhopal
7	Kunal Kumar Das	0111EX191049	II YR/IV SEM	Secured 337 Global rank in June Easy’21 in Hackerearth	2021	June Easy’21/ HACKEREARTH

2019-20
S No	Name of Student	Enrollment No	Year/ Semester	Achievement Details	Year of Achievement	Name of Event/ Institute/ Place Where Achieved
1	Abhishek Jaiswal	0111EX171002	II yr/IV sem	1st Runner-up prize in Volleyball State Level Tournament-2019-20	2020	organized by RGPV
2	Abhishek Jaiswal	0111EX171002	II yr/IV sem	Corporate volleyball tournament 2k20, boy’s winner.	2020	organized by RGPV
3	Varun Rai	0111ME171235	II yr/IV sem	Participated at RGPV nodal kho kho meet	2019	MITTAL INSTITUTE OF TECHNOLOGY BHOPAL
4	Ankit Kumar	0111EX161004	III yr/VI SEM	Secured 1st position in RGVP Nodal Level Kabaddi 2019	2019	RGVP Nodal Level Kabaddi 2019
5	Prasanajeet	0111EX161019	III yr/VI SEM	Participated in RGVP Nodal Level Kabaddi 2019	2019	RGVP Nodal Level Kabaddi 2020
6	Kunal Kumar Das	0111EX191049	I YR/II SEM	Secured 2098th rank in Google Kick Start Round H 2019	2019	Google Kick Start Round H 2019
7	Varun Rai	0111ME171235	II yr/IV sem	Winner of Muqabala 2K19 (kho-kho)	2019	Patel Group of Institutes

2018-19
S No	Name of Student	Enrollment No	Year/ Semester	Achievement Details	Year of Achievement	Name of Event/ Institute/ Place Where Achieved
1	Abhishek Tiwari	0111EX161002	III YR/VI SEM	1st prize in National Level Technical paper presentation Competition on Recent Innovation and Trends in Electrical Engineering	2019	SIRT Bhopal
2	Diksha Yadav	0111EX141012	IV YR/VIII SEM	Awarded the Chancellor’s scholarship by the university for her meritorious performance in 4th year of BE	2018	By RGPV Bhopal
3	Jeenat Khan	0111EX141030	IV YR/VIII SEM	Awarded the Chancellor’s scholarship by the university for her meritorious performance in 4th year of BE, Electrical and Electronics Engineering for the academic-year-2018-19	2018	By RGPV Bhopal
4	Varun Rai	0111ME171235	II YR/III sem	Runner-Up of Muqabala 2K18 (kho-kho)	2018	Patel Group of Institutes
5	Kunal Kumar Das	0111EX191049	I YR/I sem	Secured 1382nd rank in Google Kick Start Round F 2019	2019	Google Kick Start Round F 2019
6	Varun Rai	0111ME171236	II YR/III sem	Participated at RGPV nodal kho kho meet	2018	Mittal Institute of Technology Bhopal

Semester	Title	Subject Code	Subject Name	File
VIII	Power Electronics Converters for Renewable Energy	EX-803 (A)	Power Electronics Converters for Renewable Energy	View File
III	Network Analysis	EX304	Network Analysis	View File
III	Electrical Measurements and Instruments	EX303	Electrical Measurement & Measuring Instruments	View File
III	Energy & Environmental Engineering	ES301	Energy & Environmental Engineering	View File
I	Engineering Graphics	BT105-GroupA	Engineering Graphics	View File
I	BEEE	BT104-GroupA	Basic Electrical & Electronics Engineering	View File
I	Engineering Graphics	BT105-GroupA	Engineering Graphics	View File
I	Mathematics-I	BT102-GroupA	Mathematics-I	View File
I	Engineering Graphics	BT105-GroupA	Engineering Graphics	View File
I	Engineering Chemistry	BT101-GroupA	Engineering Chemistry	View File
I	English for Communication	BT103-GroupA	English for Communication	View File
I	Engineering Graphics	BT105-GroupA	Engineering Graphics	View File
I	Basic Electrical & Electronics Engineering	BT104-GroupA	Basic Electrical & Electronics Engineering	View File
I	Mathematics-I	BT102-GroupA	Mathematics-I	View File
I	Mathematics-I	BT102-GroupA	Mathematics-I	View File
I	Engineering Chemistry	BT101-GroupA	Engineering Chemistry	View File
I	Mathematics-I	BT102-GroupA	Mathematics-I	View File
I	Mathematics-I	BT102-GroupA	Mathematics-I	View File
I	English for Communication	BT103-GroupA	English for Communication	View File
I	Mathematics-I	BT102-GroupA	Mathematics-I	View File
I	BASIC ELECTRICAL AND ELECTRONICS ENGG	BT104-GroupA	Basic Electrical & Electronics Engineering	View File
I	Mathematics-I	BT102-GroupA	Mathematics-I	View File
I	Mathematics-I	BT102-GroupA	Mathematics-I	View File
I	Basic Electrical & Electronics Engineering	BT104-GroupA	Basic Electrical & Electronics Engineering	View File
I	English for Communication	BT103-GroupA	English for Communication	View File
I	Engineering Math	BT102-GroupA	Mathematics-I	View File
I	Engg Chemistry	BT101-GroupA	Engineering Chemistry	View File
I	Engineering Chemistry	BT101-GroupA	Engineering Chemistry	View File
I	ENGINEERING GRAPHICS	BT105-GroupA	Engineering Graphics	View File
I	ENGINEERING GRAPHICS	BT105-GroupA	Engineering Graphics	View File
I	ENGINEERING GRAPHICS	BT105-GroupA	Engineering Graphics	View File

Case Study-1

“A Case study on Economical Improvement of Power Factor by Reactive Power Compensation”

Abstract: Nowadays the demand for power sector is increasing. Everyone needs uninterrupted, reliable power supply. The cost of generating electrical energy is increasing due to non-availability of raw materials like coal, fuel, water etc. Major energy sources like coal and fuel are facing huge depletion as they are non-renewable. In such cases there is regular loss of energy in industries like transmission and end users.

Industries are working with inductive loads like transformers, motors, inductive furnaces etc. where most of the energy is being wasted due to low ‘power factor’. The most important task is to prevent energy from being wasted.

Waste energy efficiency, also known as poor power factor, is often overlooked. This can result in poor reliability, safety problems, and high energy costs. The lower the power factor, the weaker the economic system. The actual amount of power dissipated in the circuit as a function of resistance is called real power (KW).

Reactive loads like inductive, capacitive make up power are called reactive power (KVAR). The linear combination of real power and reactive power is apparent power (KVA). The power system becomes unstable because a factor called reactive power causes low power factor.

Power factor improvement is usually achieved by adding a capacitive load to offset the inductive load present in the power system. The power factor of a power system is constantly changing due to the size and number of motors used at one time. This makes it difficult to balance such loads.

Power factor correction has many benefits like reduction in peak demand, energy saving, reduction in utility billing, avoiding wastage of power, adds life to electrical appliances.

Present power condition analysis at plant: Govindpura, Bhopal 220/11 KV Substation for load operation. Demand for contract with 12MVA Amrit Wires and Cables. Power supply boards prefer 0.9 power factor. When our plant is in full operation i.e. GM and thermal section, the power factor is around 0.92. According to government organization this is good, but not economically good for high industrial loads and even consumption much more than what we are actually using.

Only HV distribution is discussed here. The 0.88 MTPA pellet plant has 10 operational High Tension (HT) motors and the total HT motor load is 7510 kW. This high inductive load is generating unwanted reactive power (Q). Table 1 below is showing the motor load current and its average power factor.

HT motors load current at its average working PF

Motor	KW	PF	Current	Load Current	Load PF	Quantity
Grinding Mill Motor	1800	0.83	115	83	0.87	1
GM ID fan Motor	1800	0.82	115	79.5	0.86	1
ESP ID Fan Motor	1250		81	37	0.78	1
Travelling Grate Motor	450		29.1	16	0.82	2
Cooling Motor	250		17.2	14	0.67	3
Cable Grinding Mill Motor	450	0.81	29.3	13	0.54	1
CG ID Fan Motor	560		36.2	23	0.78	1

Each HT motor is generating reactive power, but the magnitude of reactive power is higher than that of GM main motor and ID fan motor because their power capacity is 1800kW in total. Table shows that the vertical grinding mill motor is operating at 0.86 pF (average value) and the ID fan motor is operating at 0.88 pF (average value). There is no need for this bad power factor. Here are some analyzes as shown below,

Major section like GM, Thermal and CGM are important parts of plant.

If these 3 sections run simultaneously, power factor will be =0.91

If GM and thermal in operation, power factor will be = 0.92

If CGM and thermal in operation, power factor will be = 0.94

If GM in operation, power factor will be = 0.95

If thermal only in operation, power factor will be = 0.98

As mentioned above the power factor is decreasing when the plant is in full operation. But this is good only when the thermal section of the plant is operational. With these practical results, we can say that the power factor is mainly decreasing due to HT motors in the GM field. Some analysis has been done for both motors.

Case Study-2

Grinding Mill Motor:

Case -1

Name plate of HT motor, 1800KW, 11KV, 118.6A, 922RPM, 0.84 pf

We know that, Power factor = Cosø = (KW) / (KVA)

Readings taken during the operation of motor, KVA and KVAR is calculated and shown in the table below. (SCADA System)

Motor working pf, reactive power at 65 to 85 % of its capacity

Power in KW	Current in A	P.F (Cosø)	KVA Volt–Amp	Sinø	KVAR Volt-Amp-Reactive
1199	88	0.89	1347	0.455	612
1056	84	0.81	1303	0.585	762
1285	82	0.85	1511	0.526	794
1364	74	0.88	1550	0.474	734
1343	92	0.88	1526	0.474	723
1338	100	0.88	1520	0.474	720
1100	95	0.86	1279	0.51	652
1310	89	0.87	1505	0.493	741
1283	69	0.85	1509	0.526	793
1327	63	0.87	1525	0.493	751
1197	78	0.84	1425	0.542	772
1386	85	0.89	1557	0.455	708
1262	92	0.87	1450	0.493	714

After doing the analysis of above table 2, results are as follow:

Motor is running at 70 to 80 % of full load capacity

KVAR is being generating from motor, even though there is 900KVAR capacitor bank in the HT room.

Some power losses because of low pf

Average value of power KW is = 1265 KW

Average value of current IL is = 83.9 A

Average value of Pf = 0.86

Average value of KVA demand = 1462

Average value of KVAR is = 728.9

GM – ID Fan Motor:

Case – 2

Name plate details of HT motor, 1800KW, 11KV, 115A, 0.86pf, 1494RPM

We know that, power factor = Cosø = (KW) / (KVA)

Readings noted down during the operation of motor, KVA and KVAR is calculated and shown in the table 3. (SCADA System)

Table 3: Motor working pf, reactive power at 70 to 80 of its capacity

Power in KW	Current in A	P.F (Cosø)	KVA Volt–Amp	Sinø	KVAR Volt-Amp-Reactive
887	80	0.9	985.5	0.435	428.6
906	80	0.9	1006.6	0.435	437.8
809	80	0.87	929.8	0.493	458.3
924	78	0.89	1038.2	0.455	472.3
839	79	0.88	953.4	0.474	451.9
808	80	0.87	928.7	0.493	457.8
917	79	0.9	1018.8	0.435	443.1
835	80	0.88	948.8	0.474	449.7
837	80	0.88	951.1	0.474	450.8
935	80	0.9	1038.8	0.435	451.8

After doing the analysis of above table 3, results are as follow:

Motor is running at 70 to 80 % full load capacity

KVAR is being generating from motor, even though there is 900KVAR capacitor bank in the HT room.

Some amount of power losses because of low pf

Average value of power KW is = 869.9

Average value of current IL is = 79.6

Average value of pf = 0.88

Average value of KVA demand is = 979.9

Average value of KVAR is = 450.2

Important points to consider:

Hence 520KVAR capacitor bank is sufficient for economical power factor for the mill motor.

ID fan motor requires 450 KVAR capacitor bank depending on the current load condition

The total percentage of loss reduction for motors will be approximately 42.6%. In this way a lot of wastage of electricity will be reduced.

Industry will get power factor incentive by maintaining power factor 0.98

Power factor correction does not neutralize more than 82% of the magnetic flux generated.

Compensation: Sometimes it is possible to correct the power factor of several loads by means of a common capacitor. This involves connecting a fixed or automotive type capacitor to a group of inductive loads operating simultaneously.

The average power consumption of the plant is 5000 KW at 0.92 power factor and 2000 KVAR with all inductive loads being generated continuously.

The following table will give the details like KVA demand, power factor

Months	Contract Demand (KVA)	Recorded Demand (KVA)	Recorded PF
Feb	12000	6664	0.92
March	12000	6349	0.93
April	12000	6202	0.93
May	12000	6020	0.94

Power KW = KVA (Contract Demand) x PF
= 12000 x 0.92
= 11040

KVAR required = KW x (Tan (cos-10.92) – Tan (cos-10.98))
= 11040 x (Tan 21.5 – Tan 11.47)
= 11040 x (0.3939 – 0.2029)
= 11040 x 0.191
= 2108

Hence to improve the power factor from 0.92 to .98, “2200 KVAR Capacitor Bank” is required. Power factor correction does not neutralize more than 80% of the magnetic flux generated.

References:

Conclusion:

PFC helps the organization to save energy in terms of electricity payment costs. Due to this the power distribution network becomes balanced. Implementation of additional capacitor banks in the power distribution network will stabilize the system.

Research activities in association with students

Research Activity 1
Name of Faculty: Dr Malay Dash
No of Students Involved: 5
Design and Simulation of Solar-Biomass Hybrid System for Electrification of Rural Areas.

The Indian population are increasing day by day and energy demand are also increasing exponentially but the conventional energy sources are limited and exhaustible, not eco-friendly. Solar-biomass based energy system have been deemed clean, inexhaustible, unlimited and environmentally friendly, but solar energy source is dependent on unpredictable factors such as weather and climatic conditions therefore biomass system also used with storage system like battery backup used for continuous energy supply through whole year. The cost of energy generation by solar-biomass system is minimum and system eco-friendly. The main objective of this work is to provide the electric power in remote areas where transmission line are not installed or power available only for few hours therefore on the basis of survey conducted in village Sihada (MP) for electricity requirement, a stand-alone solar-biomass hybrid system is proposed. The main drawback of traditional solar panel is its low efficiency up to 30% therefore biomass system is used.

HOMER software is used for simulation & optimization of the solar-biomass hybrid system. This software use the input data provided by user and take different combinations of feasible system for a particular place.

In our work we concentrate on only solar-biomass hybrid system. This assignment will study the suitable biomass hybrid models with solar Thermal in order to explore the possibility of optimizing fuel usage and making plants more sustainable. Biomass hybrid model may provide the solution to overcome these barriers as two renewable energy resources complementing each other with regard to availability.

The use of fossil fuels and nuclear energy replaced totally the non-conventional methods because of inherent advantages of transportation and certainty of availability; however, these have polluted the atmosphere to a great extent. In fact, it is feared that nuclear energy may prove to be quite hazardous in case it is not properly controlled.

The limited reserves of fuel oils and their unstable prices have significantly increased the interest in renewable energy sources. The design of hybrid solar-biomass power systems (HSBPS) has received considerable attention in the last decade.

Now day’s applications with photovoltaic (PV) energy and biomass energy have been increased significantly due to the rapid growth of power electronics techniques. Generally, PV power and biomass power are complementary since sunny days are usually calm and low PV power is often occurred at cloudy days or at night time. Hence, the PV/Biomass hybrid power system therefore has higher reliability to deliver continuous power than either individual source. Traditionally, a substantial energy storage battery bank is used to deliver the reliable power and to draw the maximum power from the PV arrays or the biomass generator for either one of them has an intermittent nature. However the battery is not an environmental friendly product because of its heavy weights, bulky size, high cost, limited life cycles, and chemical pollution. Therefore, solar – biomass hybrid system is more economical as compared to stand alone system.

OBJECTIVES
The objective of this work is:Cost analysis of solar-biomass hybrid system for remote areas where electricity transmission line not presents or if present than power supply only for few hours in a day. This biomass hybrid system with solar thermal in order to explore the possibility of optimizing fuel usage and making plans more sustainable.

Solar-Biomass based hybrid system may provide the solution to overcome these barriers as to renewable energy resources complementing each other with regard to availability. Number of villages in India is still waiting for electrification and villagers want to fulfill for their daily needs like cooling and lighting.

CONCLUSION
In India number of villages is un-electrified and some village which are electrified but suffering the power supply or power failure problem due to lack of power generation or transmission line installation problem. In the situation the Solar-Biomass based Hybrid is the best option for electrification of villages which are suffering power problem since independence of India.

The Solar power is available free of cost and Biomass product like wood chips, saw dust, rise husk and wheat husk etc. available in village area in lot of amounts. Solar power converted into electric power by solar panel which is eco-friendly and biomass energy converts into electric power by gasifier system which is also eco-friendly system. On the basis of economical point of view Solar-Biomass Hybrid system is also best system the cost of energy is 4.27 rupees per unit in installation year and from next year the cost of energy is reduced from 4.27 rupees per unit.

Based on Research Work Project was designed
The suggestions/ Review / feedback can be sent on Malaya_rec2rediffmail.com

Research Activity 2

Name of Faculty: Dr. Saurabh Gupta
No of Students Involved:6
SOLAR ENERGY BASED ELECTRIC VEHICLE CHARGING STATION
A green energy based Electric Vehicle Charging Station (EVCS) is proposed which provides electricity to EV as well as Battery Storage System(BSS). Among all renewable energy sources, the solar PV system is best option because of abundance and easy to operation. However, solar PV power fluctuates due to change in irradiance and temperature and it cannot generate the constant power, therefore to compensate the power fluctuation a standby battery storage system is needed to meet up the power demand and maintain the reliability of the EVCS. Thereby, a DC micro grid system has been developed which consist of BSS along with the solar PV system and electric vehicle (EV) battery charger. The power generated from solar PV system is not sufficient to fulfill the demand during this time BSS supports to charge the EV. On the other hand, while generation is more than demand than BSS charge sufficiently. This results in a robust, without grid support, pollution-free and efficient green EV charging station. Furthermore, this proposed system has been implemented in environment of MATLAB/Simulink so that we can verify the performance of system. This thesis contains a hybrid dc micro grid to reduce the processes of conversions of multiple dc–ac–dc or ac–dc–ac. The hybrid grid consists of only dc networks that are connected together by two bidirectional converters one at the electric vehicle side and other is at the battery storage system side. Battery storage systems (BSS) can be connected to dc or ac links. The proposed hybrid grid can operate in a autonomous mode that is off-grid mode. The control algorithms are here proposed for getting constant voltage at DC bus between these dc links and also for operation of stable system under various generation and load conditions. Uncertainty and intermittent characteristics of solar irradiation level, ambient temperature, wind speed, and loads are also considered in system operation and control. A small hybrid dc grid has been simulated and modeled using the Simulink tool in the MATLAB. The MATLAB/simulation results show that this proposed system can maintain the stable operation under the proposed control schemes explained in this work.

RESEARCH METHOD

The objective of this research is to charge an electric vehicle using green energy sources and also to make the voltage constant at DC micro grid. The objectives are given in steps below:

To charge the electric vehicles from the renewable energy sources by using constant voltage approach with a dc micro grid.
To minimize the voltage fluctuations of dc micro grid with the help of proposed voltage

CONCLUSION
The main objective of EV transportation is noise free and pollution free environment. Using the solar powered charging station will result in an enormous decrease in pollution level of environment but some barriers of solar powered CS restrict us to use this for a large level of deployment. Hence, using the MPPT technique here to extract the maximum power from the solar cells. There is also a point to focus on and that is the fluctuation in DC grid voltage. This helps to propose a green energy based electric vehicle CS and also ensure the constant DC bus voltage with the help of fuzzy based PI controller which will also improve the battery life span. To improve the waveform of DC grid voltage, we will replace the conventional controller (PI controller) with a controller that will result in less fluctuation in voltage and also is simple to install in any system and fuzzy logic controller will satisfy all our fulfillments. Fuzzy based PI controller is better than conventional PI controller it is also verified with the help of MATLAB results in our proposed work. Furthermore, this work will extend to for a hybrid renewable energy sources and energy storage system.

Based on Research Work Project was designed

The suggestions/ Review / feedback can be sent on saurabhgupta.sgsits@gmail.com

Learning support for students and faculty

Learning Support for Students and Faculty Members

Expert Lectures, Seminar and Workshops
Training on PLC & SCADA
Workshop on Entrepreneurship
Workshop on Design and Development of Drones
Quiz Competitions

Use of Modern Tools and Techniques

Training on software like MATLAB etc.
Hands-on Practice Session on PLC
Group Discussion
Paper Presentation Competitions

Seminar on Drone Technology

Department: Department of Electrical & Electronics Engineering

Semester: B. Tech III, V & VII Students

Activity: Seminar

Date: 26.04.2022

Title: Seminar on Drone Technology.

Resource person/agency and affiliation: Mr. Yashraj Sunhare, Co-founder & CEO – Jarvis Labs Pvt. Ltd. Bhopal

Convener: Dr. Saurabh Gupta

Executive Summary: Seminar on “Drone Technology” was organized successfully, at TIT, Bhopal by the Department of Electrical & Electronics Engineering, TIT, Bhopal on date 26.04.2022.

The workshop aimed to provide students with comprehensive knowledge in designing of drones. The expert for the training was Mr. Yashraj Sunhare, Co-founder & CEO – Jarvis Labs Pvt. Ltd. Bhopal

Seminar Objectives:

The primary objectives of the seminar were to:

Make students about development of utility-based drone that provide assistance agriculture, surveillance, heavy payload lift, disaster relief management, surveying & inspection. Introduction to Drones and Basic principles of flight.
Provide knowledge to students about designing of a Drone from scratch. Dimensioning, Motor, ESC and Propeller selection Hands-on with Motors, ESCs, Propellers, FCB, Transmitter-Receiver, Battery and Frame.
Make students to aware about the recent employment possibilities in drone technologies.

Outcomes and Feedback

Students learned the basic knowledge about drone technology and the future of the drone industry with great enthusiasm and presented their points efficiently.
Students learned the basic principles of flight.
Students acquired knowledge about autonomous drones and mission planning.
Students became aware of the applications and use of drones in India, government initiatives, and DGCA regulations (Civil Aviation Requirements).

Conclusion

Seminar on “Designing of Drones” organized successfully, at TIT , Bhopal will provide knowledge about development of utility-based drone that provide assistance agriculture, surveillance, heavy payload lift, disaster relief management, surveying & inspection. Students learned the basic knowledge about drone technology and future in drone industry with great enthusiasm and kept their points efficiently.

No. of participants: 60

Technocrats Institute of Technology, Bhopal
Department of Electrical & Electronics Engg.
Project based learning : Research Ideas by 1^st year Students
Group No	Sr No	Student Name	Mobile No	Topic	Remark
Group – 1	1	ADARSH KUMAR	7209105990	To increase efficiency of EVs and cost	Improving the efficiency of electric vehicles (EVs) is key to extending their range, reducing energy consumption, and enhancing overall performance.
	2	ALOK ADHIKARY	8699155402
	3	AMAN KUMAR	9608401373
	4	ANKUSH AHIRWAL	8641088728
Group – 2	5	ANURAG GAROTHIYA	9589111472	Concept of Hyperloop	Hyperloop is an ultra-high-speed ground transportation system for passenger and cargo
	6	ANURAG TIWARI	9341353859
	7	BILKAISH IMAM	8709274937
	8	DEEPENDRA SHARMA	7869151578
Group – 3	9	DHAMENDRA AHIRWAL	9399074915	Exercise Electric Device	Use our waste energy during any type of exercise to create or convert into electrical energy by using that electrical device. That would be simple
	10	HIMANSHU KUMAR	7061147895
	11	KRRISH KUMAR	9341426537
	12	KUNAL SINGH	7050601094
Group – 4	13	MD IRSHAD KHAN	9304390734	Design a sensor to be put in helmet of person driving EV Bike	Prevents accidents and alarms when speed limit is exceeded.
	14	MOHIT JAITWAR	7067097490
	15	PRIYANSHU KUMAR	8709262589
	16	PIYUSH PASWAN	7771003969
Group – 5	17	NITYAM KUMAR VERMA	7488396647	A helmet with sensor which warns about nearby vehicles for safety reasons	Helmet alerts about nearby vehicles
	18	RITESH SHILPKAR	8225867188
	19	SAURABH KUMAR	6205410560
	20	SHISHU KUMAR	7033566856
Group – 6	21	SOURABH KUMAR	9039723918	Magnetic Properties in Cars	by using that property to avoid accidents
	22	SUDHANSHU KUMAR	9798673496
	23	SURAJ KUMAR	7562027967
	24	TAMRAJDHWAJ LONI	9301290561
Group – 7	25	VANSHIKA SHRIVASTAVA	6266483102	Building Integrated Photovoltaic (BIPV) systems	refer to solar power generating systems that are integrated into buildings
	26	VIKAS KUMAR	7061626186
	27	VINAY KUMAR	6201209216
	28	ZISHAN ALAM	8271221369
	29	JOGENDRA AHIRWA	8103516627

Technocrats Institute of Technology, Bhopal
Department of Electrical & Electronics Engg.
Project based learning : Research Ideas by 2^nd year Students
1	AJAY KUMAR	0111EX231002	Group – 1	Design of Smart grid for power management and sustainable development
2	AMIT SINGH	0111EX231005
3	AYUSH MANKOTIA	0111EX231010
4	BUNTY KUMAR	0111EX231012
5	GAURAV SHUKLA	0111EX231013	Group – 2	Random Number generator using PIC Microcontroller
6	GAUTAM KUMAR	0111EX231014
7	HARSH DAS	0111EX231015
8	MD FAIZ	0111EX231018
9	RAJAN KUMAR	0111EX231026	Group – 3	Design of IOT based Air quality monitoring system
10	SANJANA KUMARI	0111EX231030
11	SHUBHAM RAJ	0111EX231032
12	TAUHID ANSARI	0111EX231035
13	TAUKIR ANSARI	0111EX231036	Group – 4	Design of Digital fuel level indicator using ultrasonic sensor
14	VIKKI KUMAR	0111EX231039
15	ZULFEKAR ALI	0111EX231041

Few videos on recent research/project trends in Electrical & Electronics Engineering:

https://archive.nptel.ac.in/courses/108/108/108108147/

https://youtu.be/hJdWnktuJpI

https://www.youtube.com/watch?v=emP9ApwtXAo

https://youtu.be/WQcGu-ZSBsc?si=wdYwbznySTsTQVyy

https://youtu.be/JWTue4joooA?si=KUq5p8sGoysps06J

https://youtu.be/de_XXxkUk44?si=DEB2rX_cWYq6MAbo

https://youtu.be/de_XXxkUk44?si=u8By0w9FjMA35UOu

https://youtu.be/LV7zRTneWFo?si=8QKanfXju7BhoYYD

https://youtu.be/Z_iCIULHyZ8?si=i0WAnYv8t7pHWU5D

https://youtu.be/ukJ8eC4snig

List of Placed Students Academic Session: 2023–2024 (CAYm1)
S.N.	Enrollment Number	Student Name	Name of Employer	Appointment Letter Ref No. with Date	Package (in LPA)
1	0111EX201002	Abhishek Patel	ESSEM	12-Mar-24	3.00
2	0111EX201004	Aditya Prakash Mishra	Qspider	13-Apr-23	3.5
3	0111EX201005	Aditya Raj	Sabres group	10-Jul-23	1.80
4	0111EX201007	Ajeet Kumar	D&H Secheron	07-Apr-24	3.60
5	0111EX201012	Anjali Kumari	Teachnook	03-Nov-23	6.00
6	0111EX201014	Anshu Kumar	Epitome	09-Feb-24	1.92
7	0111EX201020	Ashif Ahmad	Drishti Group	28-Aug-23	3.36
8	0111EX201032	Deepak Kumar	SGS Consulting	27-Oct-23	2.64
9	0111EX201034	Divyani Kumari	Learning Routes	22-Aug-23	5.70
10	0111EX201035	Fahad Siddiqui	Daido	12-Jan-24	1.68
11	0111EX201037	Hammad ur Rahman	Learning Routes	22-Aug-23	5.70
12	0111EX201042	Hritik Raj	Drishti Group	28-Aug-23	3.36
13	0111EX201043	Indrajeet Kumar	Drishti Group	28-Aug-23	3.36
14	0111EX201045	Khushboo Kumari	Sabres group	10-Jul-23	1.80
15	0111EX201046	Khushi Mandrah	Academor	26-Dec-23	1.80
16	0111EX201058	Md RijwanAsraph	Drishti Group	28-Aug-23	3.36
17	0111EX201060	Mohammad Arif	Epitome	09-Feb-24	1.92
18	0111EX201061	Mohammad Shoukat	Academor	26-Dec-23	1.80
19	0111EX201065	Munna Kumar	Drishti Group	28-Aug-23	3.36
20	0111EX201067	Nikhil Pandey	CSSD	05-Jul-23	1.60
21	0111EX201071	Prachi Kumari	Epitome	09-Feb-24	1.92
22	0111EX201077	Rahul Ahirwar	Epitome	09-Feb-24	1.92
23	0111EX201081	Rajnish Kumar	Teachnook	03-Nov-23	6.00
24	0111EX201087	Ritu Patel	Teachnook	03-Nov-23	6.00
25	0111EX201091	Sahil Firoz	Weartech	04-Nov-23	2.00
26	0111EX201098	Sawan Kushwah	CSSD	05-Jul-23	1.60
27	0111EX201105	Shreya Vardhan Singh	TCS	TCSL/DT20245343827/Mumbai	3.36
28	0111EX201113	Sweety Priya	Learning Routes	22-Aug-23	5.70
29	0111EX201115	Uday Kumar Singh	CSSD	05-Jul-23	1.60
30	0111EX201119	Vikash Kumar	Learning Routes	22-Aug-23	5.70
31	0111EX201124	Yash Kushwaha	Learning Routes	22-Aug-23	5.70
32	0111EX213D05	Ankit	Epitome	09-Feb-24	1.92
33	0111EX213D14	Sahil Kumar	Learning Routes	22-Aug-23	5.70
34	0111EX213D20	Shreya Roy	Learning Routes	22-Aug-23	5.70

List of Placed Students Academic Session: 2022-2023 CAYm2
S.N.	Enrollment Number	Student Name	Name of Employer	Appointment Letter Ref no. with date	Package (in LPA)
1	0111EX191001	Abhiraj Singh Parmar	Capgemini	17-Oct-22	4.25
2	0111EX191003	Adarsh Patel	TCS	TCSL/DT20206802402/Mumbai	3.36
3	0111EX191004	Aditi Bisen	Capgemini	17-Oct-22	4.25
4	0111EX191005	Aditya Rai	Capgemini	17-Oct-22	4.25
5	0111EX191007	Afroz Alam	QSpider	13-Apr-23	3.5
6	0111EX191008	Akash Nagwanshi	DXC	14-Jul-22	4.0
7	0111EX191009	Akhilesh Pawar	Cognizant	10-Jul-23	4.0
8	0111EX191010	Aman Jha	Capgemini	17-Oct-22	4.25
9	0111EX191013	Amrish Kumar	Just dial	08-Apr-22	2.2
10	0111EX191014	Ananya Tiwari	HCL	21-Jul-22	4.0
11	0111EX191017	Ankit Kumar	QSpider	13-Apr-23	3.5
12	0111EX191027	Brijesh Kumar Prajapati	QSpider	13-Apr-23	3.5
13	0111EX191031	Deepanshu Rajput	DXC	14-Jul-22	4.0
14	0111EX191034	Gaurav Kumar	Maso Automotives	18-Jan-23	2.42
15	0111EX191038	Hansraj Kumar	Manikaran Power Pvt Ltd.	20-Dec-22	2.4
16	0111EX191040	Harsh Singh Thakur	Hexaware	08-Apr-22	4.0
17	0111EX191041	Jisan Raja	Klassic Wheels Ltd	29-Mar-23	1.8
18	0111EX191042	Kailash Kumar Yadav	Maso Automotives	18-Jan-23	2.42
19	0111EX191043	Kapil Shrivastava	Cognizant	10-Jul-23	4.0
20	0111EX191046	Krishan Kanhay	Maso Automotives	18-Jan-23	2.42
21	0111EX191049	Kunal Kumar Das	Accenture	12-Sep-22	4.5
22	0111EX191050	Kundan Kumar	Maso Automotives	18-Jan-23	2.42
23	0111EX191068	Mohammad Aftab	Cognizant	10-Jul-23	4.0
24	0111EX191069	Mukesh Bharti	Maso Automotives	18-Jan-23	2.42
25	0111EX191076	Nitin Raghuwanshi	TCS	TCSL/DT20223120896/Mumbai	3.36
26	0111EX191079	Prakash Gupta	Klassic Wheels Ltd	29-Mar-23	1.8
27	0111EX191085	Ramesh Kumar	Maso Automotives	18-Jan-23	2.42
28	0111EX191087	Raushan Kumar	Cognizant	10-Jul-23	4.0
29	0111EX191089	Rishabh Saxena	TCS	TCSL/DT20206803974/Mumbai	3.36
30	0111EX191095	Sanjay Tomar	Maso Automotives	18-Jan-23	2.42
31	0111EX191096	Santosh Kumar Jha	HCL	21-Jul-22	6.0
32	0111EX191102	Shivam Tripathi	Accenture	12-Sep-22	4.5
33	0111EX191103	Shubham Mathur	ACADEMOR	06-Apr-22	6.5
34	0111EX191108	Sunil Kumar Das	Just dial	08-Apr-22	2.2
35	0111EX191110	Suraj Kumar	Maso Automotives	18-Jan-23	2.42
36	0111EX191111	Suyansh Mishra	Hexaware	08-Apr-22	4.0
37	0111EX191112	Swati Kumari	AVR Technical Services	27-Apr-23	5.0
38	0111EX191114	Vedant Kumar	Cognizant	10-Jul-23	4.0
39	0111EX191115	Vijay Kumar	Maso Automotives	18-Jan-23	2.42
40	0111EX191119	Vishal Kumar	Maso Automotives	18-Jan-23	2.42
41	0111EX191121	Yash Pawar	Lupin Pharmaceuticals Ltd	12-Jan-23	2
42	0111EX203D07	Gaurav Upadhyay	Cape Electric Private Limited	16-Nov-23	2
43	0111EX203D13	Rohit Jatav	Weartech	11-Apr-23	2

List of Placed Students Academic Session: 2021-2022 CAYm3
S.N.	Enrollment Number	Student Name	Name of Employer	Appointment Letter Ref no. with date	Package (in LPA)
1	0111EC181059	Laxmi Kumari	EazyPG	25-Jan-22	4.2
2	0111EX181001	Abhay Kumar Yadav	Rialto Enterprises	08-Feb-22	1.78
3	0111EX181004	Abhishek Kumar Singh	EazyPG	25-Jan-22	4.2
4	0111EX181007	Akash Thakre	Rialto Enterprises	08-Feb-22	1.78
5	0111EX181008	Akshat Namdeo	Just dial	26-Apr-22	2.2
6	0111EX181009	Amaan Ahmed	EazyPG	25-Jan-22	4.2
7	0111EX181010	Aman Kumar Soni	Just dial	26-Apr-22	2.2
8	0111EX181012	Ark Mishra	Cognizant	08-Mar-22	4.5
9	0111EX181015	Ashish Soni	Avatu	12-Feb-22	3.5
10	0111EX181018	Chandan Kumar	Mphasis	20-Sep-21	3.25
11	0111EX181023	Divya Kumari	Capgemini	09-Sep-21	4
12	0111EX181024	Kamlodbhav Dubey	Byju’s	03-Mar-22	6
13	0111EX181026	Kishan Kumar Sah	Rialto Enterprises	08-Feb-22	1.78
14	0111EX181027	Md Danish	Cognizant	08-Mar-22	4.5
15	0111EX181034	Prakash Singh	Infosys	24-Jun-22	5
16	0111EX181035	Pranav Anand	Capgemini	09-Sep-21	4
17	0111EX181038	Preeti Mishra	Byju’s	03-Mar-22	6
18	0111EX181039	Rahul Kumar Barman	Cognizant	08-Mar-22	4.5
19	0111EX181042	Rajesh Kumar	Byju’s	03-Mar-22	6
20	0111EX181043	Rakesh Kumar	EazyPG	25-Jan-22	4.2
21	0111EX181050	Shiva Tiwari	Just dial	26-Apr-22	2.2
22	0111EX181052	Shivangi Nema	TCS	TCSL/DT20195232182/Mumbai	3.36
23	0111EX181054	Soojal Rai	Rialto Enterprises	08-Feb-22	1.78
24	0111EX181056	Sumit Kumar	Sutherland	27-Dec-21	2.5
25	0111EX181060	Tulsi Das Shukla	TCS	TCSL/DT20218162750/Mumbai	3.36
26	0111EX181062	Vishal Mohit	Square Yards	21-Feb-22	4.5

Students of Electrical and Electronics Enggvisited RGPV Bhopal on 13.5.25, as industrial/academic visit and learned the following things-

1. Virtual lab for which access has been provided to students and faculty of affiliated institutes. This lab offers a way to conduct experiments and learn concepts virtually/remotely, using online simulations.
2. ⁠Students learned about some startup’s AtGRC(knowledge research centre)

3. ⁠Students visited Energy park which is equipped with various renewable energy technologies and research facilities. This park includes a 10 kW Biomass Gasifier, a Bio-Diesel Reactor, and a Solar Wind Hybrid System. The Energy Park also houses laboratories and facilities for hands-on experience in areas like solar and wind energy, biomass, biodiesel, carbon capture and storage (CCS), and hybrid electric vehicles.

On 04/04/25, students of Electrical and Electronics Engineering Department visited Railway Track Machine Depot Bhopal.They observed and understood the working, maintenance and repair of various machines being used for laying the railway track.

On Dated 03/04/24, students of Electrical and Electronics Engineering Department visited MSME centerAcharpura Bhopal. They observed and understood the basic requirements for the working of Micro small and Medium Enterprises. They had an overview of different software of Mechanical and Electrical engineering. Students learnt about:

1. 3D printing

2. Calibration of Equipment.

About Department

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Mission of the department: