Electronics and Telecommunication Engineering is the use of complex apparatus and electronic mechanisms to create cutting-edge telecommunication systems capable of processing data at incredible speeds.

Electronic equipment designed to revolutionize the industries of entertainment, information technology, communication, and defense is designed by specialist engineers in this field. As communication technologies continue to shape and improve our daily lives, electronic engineers play an increasingly important catalytic role in the evolution of modern society.

As globalization continues, modern engineers are faced with the exciting challenge of providing the technological infrastructure that will enable instant international communication. The Electronics and Telecommunication Engineering curriculum provides students with a thorough understanding of basic science and engineering concepts, allowing them to gain a comprehensive understanding of computer systems.

Career Options After B. Tech Electronics and Telecommunication Communication Engineering

Humankind as a whole thrives on communication. Right from the everyday conversations between people of similar interests to those that create a mass influence, like radio, television and computers- communication forms an integral part in developing modern society. Therefore,electronics and Telecommunication communication engineers will always stand as a backbone to the communication systems as the necessity for better and efficient modes of communication hikes. The field, hence, requires bright and intelligent minds with a passion for innovation and invention to birth and develop state-of-the-art technologies that are a step ahead of the modern world.

Why study Electronics and Telecommunication Communication Engineering?

1. Compelling Necessity

We live in an era of technological advancement. Electronics have simplified a wide range of sectors including educational, industrial, medical, defence and research. Today, with circuits and systems present everywhere from the mobile phones in our hands to the satellites we send up in space, the demand for electronics engineers is an urgent and constant one. Without them, we would not only fail in innovating new and better automation but will also not be able to improve the existing one.

2. Futuristic Field

The past century has seen a high-curve growth in the field of computers and engineering. With our journey from 1G to 4G, we have seen exponential growth in analogue, digital, radio and telecom electronics. Machines have blended with the human world and made every single task simpler and time-saving. The future, as well, holds tremendous potential in the IT sector if we continue to follow this curve, as we aspire to. The developments in fields ranging from nanotechnology and robotics to high speed automated processors in embedded systems and image processors demand knowledgeable and skilled electronics engineers to monitor and lead them.

3. Diversified Specializations

Electronics and Telecommunication Communication engineering finds applications in numerous sectors to flourish not only an individual’s professional dynamic but also help in taking bigger leaps for mankind. Whether you work as a scientist, design and development engineer, desktop support engineer, system control engineer, technology analyst, industrial manufacturer, technical sales and marketing person or even a technical writer- with electronics and communication engineering you can be sure of making your place in the betterment of the society.

Choices of Paths after Completing Electronics and Telecommunication Communication Engineering

1.Higher education

After the completion of their Bachelors in Technology in Electronics and Communication Engineering, students can opt for a Masters program in a specialized field of their choice. You can go for a Masters in Science in fields like Telecommunication Engineering, Microelectronics & VLSI Design, Electronics Design and Technology, Wireless Communication, Signal Processing, Robotics, Embedded Systems or VLSI System Design. If you aspire for managerial roles, you can go for a Masters in Business Administration.

2.Research and development

Electronics engineers can follow the M. Tech- Ph. D- Research path innovation and development is what interests them. Organizations like ISRO, DRDO, SAIL and BHEL lead in the research field and are ideal workplaces to engineer new and better technologies for the enhancement of the communication and signal systems.

3. Core Jobs

Students can opt for on and off-campus placements with reputed companies like Semiconductors, Alstom Corporate, Bharat Heavy Electricals, Havells, Crompton Greaves, Neolex Cables, HBM Power Systems, Exide Industries, Siemens, BSNL, Sony Ericsson, Reliance, Nokia and many more. The positions they can apply for include Design Engineer, ASIC Engineer trainee, Jr. Embedded Engineer or Network Support Engineer. The fields they will work in are circuit design, wireless communications, robotics, electronics, VLSI, Nanotechnology, Embedded Systems, Digital Electronics, Optical Communications, and Signal among others.

4. Non-Core Jobs

With sufficient knowledge of computers and coding, electronics and communication engineers can find jobs as assistant software engineers, junior software engineers, programmers, net engineers, quality analysts and similar positions. The top companies that recruit include Wipro, Tata Consultancy Services, Accenture, Infosys, HCL and Genpact. These companies provide a good pay scale and work environment.

5. Government jobs

Public service companies recruit electronics and communication engineers based on written examinations, their GPAs and skills. The common job profile is that of a technician and the organizations that hire include BSNL, MTNL, ISRO, DRO, and ONGC among others. Electronics engineers can also find jobs in financial services such as banks as technicians or junior engineers.

6. Start-Up

An electronics engineer with a buzz for business and management can go for a start-up in the ECE field, which holds less competition as compared to other fields due to a lack in the number of start-ups. With persistence and planning, an electronics engineer can build a successful start-up in any sub-field of electronics and communication engineering including VLSI, Robotics, Nanotechnology, Optical Communication, Embedded Systems, Digital Electronics and many more

Job Profiles and Job Descriptions of Electronics and Communication Engineers

S. No.	Job Profiles	Job Description
1.	Design Engineer	To work on the research and design of the new products for a particular company- draft and test prototypes, and ensure that the manufacturing process happens smoothly.
2.	ASIC Engineer	To find and understand system complexities and devise solutions for the same thereby enhancing the system performance.
3.	Embedded Engineer	To design and implement the software that is used by embedded devices and systems. To actively participate in every step of the software development life cycle and ensure that it happens smoothly and gets completed successfully.
4.	Network Support Engineer	To ensure daily that the communication systems that organizations and individuals work on run smoothly and without any bugs, on both external and internal level.
5.	Software Engineer	To identify the need for new software programs that may ease the work of a particular sector (business, gaming, etc.) and then design and develop them, while also working to improve the existing ones in terms of various factors like UI, speed and enabling of new features. Regularly check if the hardware and software of the system work properly.
6.	Quality Analyst	To actively participate in and ensure that the development and planning of various test and process plans as well as test scripts for a project are happening smoothly.
7.	Technician	To take part in the first few phases of the software development life cycle including prototyping, identifying potential threats and eliminating them.
8.	Chief Technical Officer	To overlook the technical sector of an organization on a managerial level and work towards lining them to the overall growth targets of the company.
9.	ECE Engineering Consultant	To act as a bridge between the client and the working team to make sure that not only are the client’s needs being met but the technical solutions provided are by the industry regulations.
10.	Data Analyst	To analyze raw data from different sectors of the company and derive meaningful results (as graphs, charts, etc.) from it to help in the decision-making for the company or client and ensure maximum profitable solutions.

Job Profiles And Average Annual Salary Of Electronics and Communication Engineers In 2021

S.No.	Job Profiles	Average annual Salary (in Rs.)
1.	Design Engineer	4 - 5 lakh
2.	ASIC Engineer	20 lakh
3.	Embedded Engineer	16 lakh
4.	Network Support Engineer	3-4 lakh
5.	Software Engineer	4-12 lakh
6.	Quality Analyst	4.5 lakh
7.	Technician	2-2.5 lakh
8.	Chief Technical Officers	18 lakh
9.	ECE Engineering Consultant	20 lakh
10.	Data Analyst	5-8 lakh

Course Structure:

Lab Facility:

Events:

DEPT At Glance

Vision & Mission

Vision :

To impart knowledge in electrical engineering to develop professionals and leaders to meet the global challenges and to be socially responsible

Mission:

DMI - To establish vibrant learning environment to enable students for lifelong learning with ethical practices to face challenges of electrical engineering education by providing state-of-art infrastructural and laboratory facilities.
DM2 - To promote active learning, critical thinking and engineering judgment coupled with business, entrepreneurial skills with leadership quality.
DM3 - To establish centre of excellence in the field of power system, power quality and energy management through solving complex industrial engineering problem.
DM4 - To encourage students for innovation, research and real world problems with multidisciplinary approach.
DM5 - To offer testing, consultancy and R&D services to various social, educational, industrial and commercial organizations for self-reliance.

PO	PO1 : Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems. PO2: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences. PO3: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations. PO4: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions. PO5: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modelling to complex engineering activities with an understanding of the limitations. PO6: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice. PO7: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development. PO8: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice. PO9: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings. PO10: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions. PO11: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments. PO12: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.
CO	CO1:Analyse electrical circuits using nodal and mesh analysis CO2: Design and analyse electrical circuits using network theorems. CO3:Analyse steady state and transient response of electrical circuits CO4:Characterize the transfer function for two – port networks.
PEO	PEO1: To prepare students to analyse complex Engineering problems critically with profound scientific and engineering knowledge and research capabilities so as to comprehend, design, create novel systems and solve collaborative multidisciplinary problems. PEO2: To inculcate in students professional and ethical attitude, effective communication skills, teamwork and an ability to relate engineering to global perspective issues and social context. PEO3: To provide student with an academic environment that fosters excellence, ethics, transparency, leadership and promote awareness of lifelong learning.
PSO	PSO1:-Knowledge of Thrust Areas: Apply knowledge and hands on competence in the areas of circuit analysis & design, communication systems, signal & image processing and embedded system. PSO2:-CAD Tool Usage: Create an environment to design and analyse electronics and Telecommunication systems using computer aided design (CAD) tools.

Departmental Photo Gallery

ELIGIBILITY & FEES STRUCTURE:

Programme	Sem	Year	Mode	Eligibility	Academic Fees Per Year (INR)	Special Fees (Incl. Library Fee & Examination Fees) Per Year (INR)	Fees Per Year
School of Engineering & Technology (UG)
B.Tech (Electronics & Telecommunication Engineering)	8	4	Sem	Passed 10+2 examination with Physics/ Mathematics / Chemistry/ Computer Science/ Electronics/ Information Technology/ Biology/ Informatics Practices/ Biotechnology/ Technical Vocational subject/ Agriculture/ Engineering Graphics/ Business Studies/ Entrepreneurship as per table1.3(a) Agriculture stream (for Agriculture Engineering) Obtained at least 45% marks (40% marks in case of candidates belonging to reserved category) in the above subjects taken together OR Passed min. 3 years Diploma examination with at least 45% marks (40% marks in case of candidates belonging to reserved category) subject to vacancies in the First Year, in case the vacancies at lateral entry are exhausted. (The Universities will offer suitable bridge courses such as Mathematics, Physics, Engineering drawing, etc., for the students coming from diverse backgrounds to prepare Level playing field and desired learning outcomes of the programme).	Rs. 65,000 /-	Rs. 10,000 /-	Rs. 75,000/-
School of Engineering & Technology (UG-Lateral Entry)
B.Tech (Electronics & Telecommunication Engineering)	6	3	Sem	Passed Minimum Three years/Two years (Lateral Entry) Diploma examination with at least 45% marks (40% marks in case of candidates belonging to reserved category) in Any branch of Engineering and Technology. OR Passed B.Sc Degree from recognized University as defined by UGC, with at least 45% marks (40% marks in case of candidates belonging to reserved category) and passed 10+2 examination with Mathematics as a subject. OR Passed D.Voc. Stream in the same or allied sector. (The Universities will offer suitable bridge courses such as Mathematics,Physics,Engineering drawing etc, for the students coming from diverse backgrounds to achieve desired learning outcomes of the programme) Refer table 1.10 of Appendix-1	Rs. 65,000 /-	Rs. 10,000 /-	Rs. 75,000/-

Note:

Admission Form and Prospectus Rs. 1000/- (One Time).
Caution Money Rs.1000 (Refundable)
Hostel Fees Rs. 1,00,000/- per annum (Deposit Rs 5, 000 at the time of Admission Only on Refundable basis)
Transportation Fees as applicable based on Route and Pick Up Point.
Uniform cost Rs. 5500/-

Events by Faculty Coordinator

Sr.No.	Event type	Title of Event	Date	Event Details	Coordinators
1.	Workshop	Awareness on Electrical Safety	8^th to 9^th april 2022	An 2 days workshop was organized by Electrical department for non-teaching staff members of EED-SOET on “Awareness on Electrical Safety”, from 8^th to 9^th April,2022.Total 25 participants participated in the programme.	Dr.Mangesh .D.Nikose
2.	Teachers Day	Teachers Day Celebration	5^th Sept. 2022	Teachers day was celebrated on 5^th September 2022 by Electrical and Electronics Engineering Department	Mr. Harshal Shelar
3.	International Conference	IEITIES-2022	14^th Oct 2022 to 15^th Oct 2022	2 Days International Conference was organized by Electrical and Electronics Engineering Department on Emerging trends and Innovation in Engineering and Science.	Dr. Mangesh Nikose
4.	Social Awareness	Patangotsav 2023	13^th Jan 2023	Patangotsav was organized by Electrical and Electronics Engineering Department for Sun and SF Students. We also gave massage of not to use nylon threads.	Mr. Harshal R. Chaughule

Student Forum

Sr. No.	Name of Chapter	Activity Conducted	Date of Activity	Name of coordinator
1.	Student welfare, SUN Trekking Club	Trekking at Anjeneri, Nashik	5.11.2022	Mr. Harshal Chaughule
2.	Student welfare, SUN Cycling Club	Cycling at Anjeneri, Nashik	04.05.2020	Mr. Harshal Chaughule
3.	Student welfare, SUN Cycling Club	Cycling at Gangapur Dam Backwaters, Nashik	16.8.2019	Mr. Harshal Chaughule
4.	Student welfare, SUN Cycling Club	Cycling at Pandavleni, Nashik	01.02.2020	Mr. Harshal Chaughule

Value Added Programs

Sr. No.	Name of Activity and its Details	Duration	Coordinator details	Number of participants
1.	PLC and SCADA	3 Months AY:2021-22	Mr. Harshal Shelar	51

Cerifications

Sr.	Name of VAP	Start Date	End Date	Beneficiary	Number of Students	Mode of conduction	Certificate provided by
1	PLC and SCADA	08/01/2022	05/04/2022	All Final Year Students of Engg and App.	51	OFFLINE	VISIONERY TECHNOLOGIES, Nashik

Achievements Faculty

Sr. No	Name of Dept.	Name Of Faculty	Details
1.	Electrical and Electronics Engineering Department	Dr. Prakash G. Burade	# Headed International Conference as Chairperson at Chennai, Arsu College of Engineering Tamil Nadu # Best Reviewer by Elsevier, Nuclear Technology
2.	Electrical and Electronics Engineering Department	Dr. Rahul Agrawal	# First PhD Scholar Completed her PhD at Sandip University. Under the guidance of Dr. Rahul Agrawal.
3.	Electrical and Electronics Engineering Department	Dr. Mangesh Nikose	# Wasan E-Mobility Consultancy, Principal Investigator. # Electrical Panel Design Consultancy, Principal Investigator.
4.	Electrical and Electronics Engineering Department	Dr. Yogesh Pahariya	# Headed International Conference as Chairperson at Nagpur, Maharashtra. # Published Australian Patent “THE SMART ENERGY GRID MANAGEMENT SYSTEM.”
5.	Electrical and Electronics Engineering Department	Mr. Harshal Shelar	# Handled Insight 2K22, SOET, SUN
6.	Electrical and Electronics Engineering Department	Mr. Harshal Chaughule	# Best Faculty of Department- 2018-19. # Was invited as a chairperson for NMSE 2018, a Three Days National Level Conference on ‘Advances in Materials Science and Engineering for Societal Applications - NMSE 2018’at Coimbatore, Tamil Nadu, India.

Achievements Students

Sr. No	Specialization	Name Of Student	CGPA	Contact Number	Email ID
1.	B.Tech EE	Mr. Harshad Ukar	9.2 CGPA	8446616366	harshadukar@gmail.com
2.	B.Tech EE	Ms. Vaishnavi Pardeshi	9.1 CGPA	9665119377	vaishnavipardeshi@gmail.com
3.	B.Tech EE	Ms. Revati Patil	9.0 CGPA	8793956625	revatipatil@gmail.com
4.	B.Tech EE	Mr. Satyam Antapurkar	8.8 CGPA	9623369696	satyamantarpurkar@gmail.com
5.	B.Tech EE	Mr. Sarvesh Kapse	8.77 CGPA	7972485926	sarveshkapse@gmail.com
6.	B.Tech EEE	Ms. Sarita Khushwa	8.6 CGPA	7387432947	saritakhushwa@gmail.com
7.	M.Tech EPS	Ms. Rutika Abhang	8.4 CGPA	7020965505	rutikaabhang@gmail.com
8.	M.Tech EPS	Ms. Poonam Mathpati	8.41 CGPA	8928118160	mathpatipoonamp@gmail.com
9.	M.Tech EPS	Ms. Gauri Nambiar	8.50 CGPA	9881063324	ngauri1996@gmail.com
10.	M.Tech EPS	Ms. Pooja Pagare	8.46 CGPA	7350578133	poojapagare187@gmail.com

Collaboration/MOU

Sr.No.	Name of Dept.	Name of Organisation	Date of MOU	Purpose
1	Electrical and Electronics Engineering Department	Wasan E-Mobility	24.8.2021	The purpose is the enable SOET-EEED students for Controlling and monitoring of prototype E Vehicle
2	Electrical and Electronics Engineering Department	Suryoday Electricals, Nashik	11.10.2022	The purpose is the enable SOET-EEED students to go on field and get connected with electrical wiring techniques.
3	Electrical and Electronics Engineering Department	Future Global Ready Pvt. Ltd. Banglore	28.5.2022	The purpose is to enable SOET-EEED Students to get exposed to the greatest, latest and one of the most innovative and happening SAP technology ecosystems

Publications, Patent, Copyright& Grant

Publication Details:

S.NO	Name of author	Dept.	Title of Paper	Conference / Journal Name ( with issue, volume, page, year	Scopus/SCI/WoS/Pub-med/UGC	ISBN/IISN No.
1.	Dr.P.G.Burade	Electrical & Electronics	Application of artificial intelligence in early fault detection of transmission line-a case study in India	International Journal of Electrical and Computer Engineering (IJECE),Vol. 12, No. 6, December 2022, pp. 5707~5716 DOI: 10.11591/ijece.v12i6.pp5707-5716	Scopus	ISSN: 2088-8708
2.	Dr.P.G.Burade	Electrical & Electronics	Unidentified Five Parameters Extraction from Single Diode PV Module by Met heuristic Optimization Method Using Identified Built-Up Data”	Materials and Management in Textile Industr)	Scopus	0368-4636
3.	Dr.P.G.Burade	Electrical & Electronics	Methodology for the Parameter estimation of Diode model for PV cell	Mathematical Statistician and Engineering Applications http://philstat.org.ph,,PP: 1330-1341 Vol. 71 No. 3 (2022	Scopus	2326-9865
4.	Dr.P.G.Burade	Electrical & Electronics	A Comprehensive Review of Optimization Approaches for Photovoltaic Cell Model	YMER, VOLUME 21 : ISSUE 11 (Nov) - 2022 http://ymerdigital.com Pag No:1088	Scopus	0044-0477
5.	Dr.P.G.Burade	Electrical & Electronics	Epilleptic Seizure Prediction Using Smart Societal Optimization-Based Deep Learning Convolutional Neural Network Model	The Eurasia Proceedings of Science, Technology, Engineering & Mathematics (EPSTEM), Volume 19, Pages 35	Scopus	2602-3199
6.	Dr.P.G.Burade	Electrical & Electronics	Optimal Spot Pricing Evaluation in Restructured Electrical Power System	International Journal of Electrical and Electronics Research (IJEER), Volume 10, Issue 4 \| Pages 1021-1026	Scopus	2347-470X
7.	Dr.P.G.Burade	Electrical & Electronics	ASSESSMENT OF NODAL PRICING IN RESTRUCTURED POWER SYSTEM USING AC-DC OPF-BASED METHODOLOGY	Stochastic Modeling & Applications, Vol. 26 No. 3 (January - June, Special Issue 2022 Part - 12)	UGC	0972-3641
8.	Dr.P.G.Burade	Electrical & Electronics	Methodology for the Parameter Estimation of Diode Model for PV Cell or Module	International Conference on Emerging Trends in Engineering and Technology, ICETET – 2022,(IFERP).www.ifere,in	Scopus	ISBN : 978-93-92105-02-9.
9.	Dr.P.G.Burade	Electrical & Electronics	Extraction of seven parameters of double diode using analytical and optimization methods with RTC FRANCE module manufacturing data.	AICTE sponsored Springer International Conference on Recent Evolutions in Energy,Drives and e-Vehicles (REEDeV-2022)	Scopus
10.	Dr.P.G.Burade	Electrical & Electronics	Locational Price Marginal Transmission Assessment in Deregulated Power System	AICTE sponsored Springer International Conference on Recent Evolutions in Energy,Drives and e-Vehicles (REEDeV-2022)	Scopus
11.	Dr.Rahul Agrawal	Electrical & Electronics	Population Based Evolutionary Optimization Techniques for Optimal allocation and Sizing of Thyristor Controlled Series Capacitor	Journal of Electrical Systems and Information Technology Published by Elsevier	SCI	ISSN:2314-7172
12.	Dr.Rahul Agrawal	Electrical & Electronics	Optimal Location of Static VAR Compensator using Evolutionary Optimization Techniques	International Journal on Emerging Technologies	SCOPUS	ISSN No. (Online): 2249-3255
13.	Dr.Rahul Agrawal	Electrical & Electronics	Small Signal Stability Analysis of Stand-Alone Microgrid with Composite Load	Journal of Electrical Systems and Information Technology Published by Elsevier	SCI	E-ISSN: 2314-7172
14.	Dr.Rahul Agrawal	Electrical & Electronics	Design Parameter and reliability Analysis for effective energy conversion in wind farm management	Annual Technical Volume of Electrical Engineering Division (ELDB) IE India	other
15.	Dr.Rahul Agrawal	Electrical & Electronics	Recent Trends in Power Quality Improvement: Review of Unified Power Quality Conditioner	Accepted for publication in ECTI Transactions on Electrical Engineering, Electronics, and Communications	SCOPUS	Online ISSN: 1685-9545
16.	Dr.Rahul Agrawal	Electrical & Electronics	Optimal utilization of unified power quality conditioner using JAYA optimization algorithm,	Engineering Optimization	SCI	Print ISSN: 0305- 215X, Online ISSN: 1029-0273
17.	Dr.Rahul Agrawal	Electrical & Electronics	An Automated Irrigation System for Efficient Water Utilization in the Indian Agriculture System	Design Engineering	SCOPUS	ISSN: 0011-9342
18.	Dr.Rahul Agrawal	Electrical & Electronics	An Educational and Professional Simulation Tools in Power Systems and FACTS controllers- An Overview	International Journal of Electrical, Electronics and Computer Engineering,	SCOPUS	ISSN NO. Online : 2277-2626
19.	Dr.Rahul Agrawal	Electrical & Electronics	Simulation Tools for Power Electronics-An Overview	International Journal on Emerging Technologies	other	ISSN No. (Print): 0975-8364, ISSN (Online): 2249-3255
20.	Dr.Rahul Agrawal	Electrical & Electronics	A Review on Classical And Modern Techniques with Decision Making Tools for Load Forecasting	International Journal of emerging trends in engineering and development (IJETED),	SCOPUS	ISSN No:2249-6149
21.	Dr.Rahul Agrawal	Electrical & Electronics	Some Aspect of Reliablity of Composite power System	International Journal of Pure and Applied Research in Engineering and Technology (IJPRET),	other	ISSN: 2319-507X
22.	Dr.Rahul Agrawal	Electrical & Electronics	A Comparative Review on Minimizing Transmission Losses Using Genetic Algorithm, Particle Swarm Optimization and Coordinate Aggregation Particle Swarm Optimization	International Journal of Electrical, Electronics and Computer Engineering,	other	ISSN NO. Online : 2277-2626
23.	Dr.Rahul Agrawal	Electrical & Electronics	Enhancement of Voltage Stability using FACTS Controllers : A State of The Art Review	International Journal of advanced Scientific and Technical Research	other	ISSN 2249-9954
24.	Dr.Rahul Agrawal	Electrical & Electronics	Simulation of Cascade H-Bridge Multilevel Inverter with Equal DC Voltage Source	International Journal of Advanced Research in Electrical , Electronics and Instrumentation Engineering (IJAREEIE),	other	ISSN (Online): 2278-8875, ISSN (Print):2320-3765
25.	Dr.Rahul Agrawal	Electrical & Electronics	Sourabh Mehto, Rahul Agrawal, Manish Shah, “ A Comparative Study Based on PI and Fuzzy Control of Inverter fed Induction Motor Drive”, Vol-2, issue-2, pp. 75-79, February 2015,	International Journal of Research (IJR)	other	ISSN 2348-6848
26.	Dr.Rahul Agrawal	Electrical & Electronics	Transient Stability Enhancement of Single Machine Infinite Bus (SMIB) System using TCSC based Controller	Canadian Journal of Basic and Applied Science,	UGC	ISSN:2292-2381
27.	Dr.Rahul Agrawal	Electrical & Electronics	A Comparative Study on Different Speed Control Methods of D.C. Drives for Electric Vehicle	International Journal of Research (IJR),	other	ISSN(online): 2348-6848, ISSN (print): 2348-795X
28.	Dr.Rahul Agrawal	Electrical & Electronics	Transient Stability Enhancement of SMIB System with Fuzzy Based PSS Controller and UPFC Using MATLAB Simulink	International Journal of Advanced Research in Electrical, Electronics and Instrumentation Engineering,	UGC	ISSN (Online): 2278-8875, ISSN (Print):2320-3765
29.	Dr.Rahul Agrawal	Electrical & Electronics	Modeling, Design and Analysis of Multi Pulse Converter Using MATLAB Simulation	International Journal of Software & Hardware Research in Engineering,	other	ISSN:2347-4890
30.	Dr.Rahul Agrawal	Electrical & Electronics	Transmission Loss and TCSC Cost Minimization in Power System using Particle Swarm Optimization	International Journal of Innovative Research in Electrical, Electronics, Instrumentation and Control Engineering ,	UGC	ISSN (online):2321-2004, ISSN(Print):2321-5526
31.	Dr.Rahul Agrawal	Electrical & Electronics	Simulation Tool for FACTS Controllers- A Review	International Journal of Development Research,	other	ISSN:2230-9926
32.	Dr.Rahul Agrawal	Electrical & Electronics	Transmission Losses Minimization Considering Wind Power Using Teaching-Learning-Based Optimization”,	International Journal of Engineering Science and Computing,	other	NA
33.	DR.Yogesh Pahriya	Electrical & Electronics	Performance of Grid Connected PV System with Variable Load System	Journal of Nuclear Energy Science & Power Generation Technology	SCOPUS	2325-9809
34.	DR.Yogesh Pahriya	Electrical & Electronics	Design and Analysis of Hybrid Multilevel Inverter for Asymmetrical Input Voltages.	Journal Electr. Eng. Technol	SCI	1975-0102
35.	DR.Yogesh Pahriya	Electrical & Electronics	Measurement of Flux Linkage and Inductance Profile of SRM	International Journal of Computer and Electrical Engineering (IJCEE)	UGC	1793-8163
36.	DR.Yogesh Pahriya	Electrical & Electronics	A Review on Analysis of Battery Lifetime Extension in a Small-Scale Wind-Energy System Using Supercapacitors	International Advanced Research Journal in Science, Engineering and Technology	Other	2394-1588
37.	DR.Yogesh Pahriya	Electrical & Electronics	Switched Reluctance Motor Converters Simulation: A High Efficiency Low Cost Comparative Performance Evaluation	Institution of Engineers (India) - EL	SCOPUS	2250-2106
38.	DR.Yogesh Pahriya	Electrical & Electronics	Performance Analysis of Hybrid Multilevel Inverter with Hardware Implementation for Asymmetrical Input Voltages in Standalone Power Supply System	Journal of Advanced Research in Dynamical & Control Systems	SCOPUS	1943-023X
39.	Dr.M.D.Nikose	Electrical & Electronics	Energy Efficient Routing for Wireless Sensor Network using Ant Colony Algorithm	International Journal of Mechanical Engineering	Scopus	0974-5823
40.	Dr.M.D.Nikose	Electrical & Electronics	New Approach to Underwater Image Dehazing using Dark Channel Prior	Journal of Physics: Conference Series	Scopus
41.	Dr.M.D.Nikose	Electrical & Electronics	Submerged Image Upgrading using Super Resolution	International Journal of Advanced Science and Technology	Scopus	2005-4238
42.	Dr.M.D.Nikose	Electrical & Electronics	Suspension Based Power Production for Electric Vehicle Range Improvement	Journal of Emerging Technologies and Innovative Research	UGC	2349-5162
43.	Dr.M.D.Nikose	Electrical & Electronics	Battery Temperature Control with Tempreature Monitoring System	Journal of Emerging Technologies and Innovative Research	UGC	2349-5162
44.	Dr.M.D.Nikose	Electrical & Electronics	Intelligent Fault Detection Technique in a Smart grid with Non -Renewable Energy source	Journal of Emerging Technologies and Innovative Research	UGC	2349-5162
45.	Mr. Harshal R. Chaughule	Electrical & Electronics	“DIFFERENT PROTECTION SCHEME FOR COMPLEX POWER SYSTEM”	IISTEM	UGC	2349-5162

Patent

Sr. No.	Name of the Inventor	Title of the Patent	Application No	Published /Filed
1	Dr. Yogesh Pahariya	THE SMART ENERGY GRID MANAGEMENT SYSTEM	2021102822	Published
2	Dr.M.D.Nikose	Designing of Smart Shoes for blind person	Submitted	Submitted
3	Dr.M.D.Nikose	Design the tablet friability test apparatus to measure the rotation and control the speed to increase production uptime by accuracy.	Submitted	Submitted

Funding

Sr. No.	Name of the Agency	Name of the Investigator	Funding Received
1	Wasan E-Mobility Pvt Ltd	Dr. Mangesh Nikose	73,150/-
2	Carrot Technology Pvt Ltd	Dr. Mangesh Nikose	1,65,000/-
3	Carrot Technology Pvt Ltd	Dr. Mangesh Nikose	50,000/-

Consultancy:

Click Here: Consultancy Cell

Name of Department	Name of BOS-Chairperson	Name of Internal Members with Designation	Name of External Members with organization name &Designation
Electrical and Electronics Engineering Department	Dr. Mangesh D. Nikose, HOD, EEED,SOET,SUN	Dr. Prakash G. Burade, Associate Dean, SOET,SUN Dr. Jagdish B. Helonde, Senior Professor, EEED, SOET,SUN Mr. Harshal Shelar, Assistant Professor, EEED,SOET,SUN Mr. Harshal Chaughule, Assistant Professor, EEED,SOET,SUN Mr. Shankarshan Tiwari Assistant Professor, EEED,SOET,SUN	Dr. Deepak Kadam, Professor and Head, MET BKE COE, Nashik Dr. Shridhar S. Khule, Associate Professor and Head, Matoshri COE, Nashik Dr. Gayatri M. Phade, Professor and Head, SITRC,SF, Nashik Dr. Omkar Vaidya, Associate Professor, SITRC,SF, Nashik Mr. Rahul S. Patil, Development Manager, R & D. Mr. Kishor Muley, Assistant Professor, SIEM,SF, Nashik

B.Tech

(Electronics & Telecommunication)

Why study Electronics and Telecommunication Communication Engineering?

Choices of Paths after Completing Electronics and Telecommunication Communication Engineering

Job Profiles and Job Descriptions of Electronics and Communication Engineers

Job Profiles And Average Annual Salary Of Electronics and Communication Engineers In 2021

Course Structure:

Lab Facility:

Events:

Vision & Mission

Departmental Photo Gallery

ELIGIBILITY & FEES STRUCTURE:

School of Engineering & Technology (UG)

School of Engineering & Technology (UG-Lateral Entry)

Events by Faculty Coordinator

Student Forum

Value Added Programs

Cerifications

Achievements Faculty

Achievements Students

Collaboration/MOU

Publications, Patent, Copyright& Grant

Consultancy:

Enquire Now

B.Tech (Electronics & Telecommunication)

Why study Electronics and Telecommunication Communication Engineering?

Choices of Paths after Completing Electronics and Telecommunication Communication Engineering

Job Profiles and Job Descriptions of Electronics and Communication Engineers

Job Profiles And Average Annual Salary Of Electronics and Communication Engineers In 2021

Course Structure:

Lab Facility:

Events:

Vision & Mission

Departmental Photo Gallery

ELIGIBILITY & FEES STRUCTURE:

School of Engineering & Technology (UG)

School of Engineering & Technology (UG-Lateral Entry)

Consultancy:

Enquire Now

B.Tech

(Electronics & Telecommunication)