Programme Outcomes

 A. Program Educational Objectives (PEOs)

Graduates will able to –

1. To equip graduates with a strong foundation in engineering sciences and Electronics Engineering fundamentals to become effective collaborators, researchers and real-time problem solver with technical competencies.
2. Perceive the limitation and impact of engineering solutions in social, legal, environmental, economical and multidisciplinary contexts.
3. Excel in Industry/technical profession, higher studies, and entrepreneurship exhibiting global competitiveness.

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B. Program Outcomes
Engineering Graduate will be able to –

1. Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
2.  Problem analysis: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.
3. Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriateconsideration for the public health and safety, and the cultural, societal, and environmental considerations.
4. Conduct investigations of complex problems: 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.
5. Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
6. The engineer and society: 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.
7. Environment and sustainability: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
8. Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
9. Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
10. Communication: 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.
11. Project management and finance: 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.
12.  Life-long learning: 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.

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C. Program Specific Outcomes (PSOs)

1.  Apply basic knowledge related to Electronic Circuits, Embedded & wireless communication Systems and Signal Processing to solve engineering/ societal problems in the field of Electronics Engineering.
2. Recognize and adapt to technical developments and to engage in lifelong learning and develop consciousness for professional, social, legal and ethical responsibilities. 
3. Excellent adaptability to the changing industrial and real world requirements.

Career opportunities

Career Pathways after B.Tech graduation in Electronics Engineering

• How to become a quality Electronics Engineer?

Learning from a top engineering college and practical exposure fetch you a good salary package. Leading companies hire from top B.Tech. colleges in India and offers handsome salary with excellent perks. One needs to work on the following-

• Strong Foundation
• Engineering Degree from a leading college
• Gain Experience and Exposure
• Engineering License and Certificates
• Boost Your Resume

Responsibilities of Electronics Engineer

• Electronics engineers have to use a blend of concepts and techniques for designing, production, installing, and maintaining the relative systems.
• They also have to design and manage equipment and evaluate its performance.
• Engineers in this field need to write specifications & draw theoretical designs to create interfaces.
• Electronic engineers have to plan, implement and execute projects.
• They have to plan budgets for different projects as well.
• Technical report writing is also a major part of the work.
• Engineers also have to test and evaluate the workings of the systems, equipment, devices, and gadgets to figure out the discrepancies and suggest relevant solutions.
• A B.Tech Electronics Engineering graduate designs and develops tools like multiplexes, routers, electronic switch systems, copper telephones, and fiber optic mechanisms. They work on information exchange channels such as coaxial cable, optical fiber, and free space.
• An Electronics Engineering professional creates printed circuit boards, integrated circuits, and transistors. These are crucial elements for digital devices, televisions, music systems, etc.
• The products and services developed by Electronics Engineering graduates are applied to houses, industries and almost everywhere.
• Electronics engineering graduates work mostly with software interfaces and electronic devices. They conceptualize, design, test, produce and monitor projects.

The different streams under B. Tech (Engineering) have always been in demand and even today are the most sought-after ones. Being a core technical academic program, B. Tech helps in assimilating the constructive concepts of engineering. Out of a list of B.Tech specializations being offered by the Best Engineering Colleges in India, Electronics Engineering is among the coveted ones.

Electronics Engineering is a vertical of engineering which deals with research, design, development, and testing of electronic devices or equipment which support electrical systems.

Electronics Engineering is a thriving sector with multiple job opportunities across industries. With the advancements in technology and the introduction of new gadgets, the Electronics Engineering degree holders can look forward to a deluge of career avenues, that too in the best companies.

The Electronics Engineering curriculum includes programming languages such as C, C++, MATLAB, etc., to focus on electronics systems applications. Python Programming: Python is widely used for web development, data analysis, and artificial intelligence. Learning Python equips Electronics Engineering graduates with a versatile coding skill.

Assuming that there are innumerable roles for B.Tech Electronics engineering graduates, some of the options are more remunerative than others. These include the following:-

• Service Engineer
• Network Planning Engineer
• Communication Engineer
• Telecom Engineer
• R&D Software Engineer
• Desktop Support Engineer
• Software Analyst
• Analog applications Engineer
• Technical Director
• Electronic Design Engineer
• Besides the aforementioned, the graduates can also explore jobs in government colleges and universities where they can take up teaching or research activities. After one has concluded this degree, he or she can either go for an M.Tech or an MBA degree after B.Tech. This will further increase the employment quotient.

Scope of Job

Students have broadly three options after B.Tech in Electronics Engineering

• Job in the Government or Private Sector
• Higher Study, Research, and Certifications
• Start-up and business Universities like Bennett University offer ample opportunities to begin your startup journey.
• Major Central and State Governments Employers for Electronics Engineering Graduates

 

After completing Electronics Engineering, one can pursue various career options such as academics, research, circuit designing, industry, satellite and transmission etc. This field is highly creative with exciting opportunities in the field of telecom and electronic communication systems. Electronics Engineering is central to robotics, encompassing design elements such as circuit creation, communication systems, and signal processing. The products and services developed by Electronics Engineering graduates are applied to houses, industries and almost everywhere. Electronics engineering graduates work mostly with software interfaces and electronic devices. They conceptualize, design, test, produce and monitor projects.

 

Electronics Engineering profession offer a diverse range of potential career paths. They can work in and advance to supervisory in which they lead a team of engineers and technicians fields including

• Telecommunications,
• Electronics manufacturing,
• Semiconductor industry,
• Wireless communication,
• Signal processing,
• Control systems,
• Power systems, and automation
• Embedded systems.
• Electronics, automotive,
• IT,
• Gaming,
• Telecoms,
• Manufacturing,
• Power,
• Transport,
• Utilities and
• Construction industries.

 

Following industries hire B.Tech Electronics Engineering professionals for different job positions.

• Aviation and Avionics
• Consumer Electronics
• Manufacturing and Distribution Industry
• Telecommunication and Communication Sector
• Electricity Plant
• Offshore Industries
• Analytical Equipment Manufacturing
• Computer Applications
• Television and Radio Industries
• Health Care Industry

There are a multitude of companies that operate under this branch of engineering and of late have shown humongous growth. Some of the companies which fall in the same category are listed as under:

• Havells India Ltd
• Bajaj Electronics
• Philips Electronics India
• Bosch in India
• Dell
• Intel

 

• TCS
• Schneider Electric
• Reliance
• Cisco
• Havells
• 3M India
• Reliance
• Bajaj
• Bosch
• Philips

 

• Central & State Government Sectors in which graduates can work:

From government departments to educational institutes, candidates have a lot of spheres to work in as Technical Assistant, Technical Officer, and Scientific Assistant which include:

• All India Radio
• Indian Telephone Industries
• Civil Aviation Department
• National Physical Laboratory
• Post and Telegraph Department
• Bharat Electronics Limited
• MTNL
• National Physical Laboratories
• CRPF
• ISRO
• Civil Aviation Department
• Defense Departments such bas DRDO
• ONGC, SAIL, and other PSUs
• PSU offices in different states
• Related Departments at State Governments
• BHEL
• ECIL

The future of electronic engineering is bright, thanks to innovations like AI integration. The future of healthcare technology, energy efficiency, and smart devices will be driven by electronic engineers. The Future scope of Electronics Engineer in India and abroad is voluminous, attracting a huge number of candidates.

The latest data by IBEF corroborates that about 27% of the total factories account for those working in the area of engineering. This industry is further projected to reach a mark of US$

115.17 billion by 2025. This brings us to a conclusion that the coming times can prove beneficial to the graduates who have B.Tech. degree in Electronics Engineering.

 

Department Information

Department	Electronics
Dept Location	Main Building, 2nd floor
Established year	1983
Head of Department	Prof.Dr.Hatte Jyoti S.
Phone no.	02382-221255
Email Id	jyotihatte.patil@gmail.com
UG Prog Name	B. Tech in Electronics and Telecommunication Engineering
UG Prog Intake	60
PG Prog Name	M. Tech. in Electronics & Communication Engineering
PG prog Intake	18
Reasearch Prog	-
Total Classroom	3
Total Labs	11
Faculty Student ratio	1:20
Total Prof	0
Total Associate Prof	2
Total Assistant Prof	9
Total Faculty	09
Supporting Tech Staff	4
Supporting Non Tech. Staff	2

Faculty

Faculty  

(Permanent:08    Adhoc/Other:03     Total:11)

	Name	Prof. Dr. HATTE Jyoti S (Patil)  Profile
	Designation	Asst. Prof. (HOD)
	Qualification	M.TECH (Comm. System), Ph.D
	Teaching Experience	23 Years
	Industry Experience	-
	Email Address	jyotihatte.patil@gmail.com
	Area of Specialization	Communication System, Embedded Systems, Probability Theory

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	Name	Dr. HALHALLI S R Profile
	Designation	Asso. Prof.
	Qualification	Ph.D.
	Teaching Experience	35 Years
	Industry Experience	-
	Email Address	srhalhalli@gmail.com
	Area of Specialization	Wireless and Mobile Communication, Wireless sensor Network, Mobile Ad-hoc Networks

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	Name	Prof. Bale V.S. Profile
	Designation	Asso. Prof.
	Qualification	ME (E & TC)
	Teaching Experience	33 Years
	Industry Experience	-
	Email Address	veerbale68@gmail.com
	Area of Specialization	Signal Processing.

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	Name	Prof. SHAH V K Profile
	Designation	Asso. Prof.
	Qualification	M.TECH (E & TC)
	Teaching Experience	33 Years
	Industry Experience	-
	Email Address	vks_007@rediffmail.com
	Area of Specialization	Electronics Devices and Electromagnetics

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	Name	Prof. KILLARIKAR S S Profile
	Designation	Asso. Prof.
	Qualification	ME (EC)
	Teaching Experience	33 Years
	Industry Experience	-
	Email Address	killarikarss@gmail.com
	Area of Specialization	Digital Design and VLSI

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	Name	Prof. Dr. SHETKAR Swati S Profile
	Designation	Asst. Prof.
	Qualification	M.TECH (EC), Ph.D
	Teaching Experience	24 Years
	Industry Experience	1 Year
	Email Address	swati.shetkar@gmail.com
	Area of Specialization	VLSI, Image Processing

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	Name	Prof. Dr. MUDDA S S Profile
	Designation	Asst. Prof.
	Qualification	M.TECH (Comm.) PhD.
	Teaching Experience	21 Years
	Industry Experience	-
	Email Address	rachu1982@gmail.com
	Area of Specialization	Communication System, Digital Design and Control System.

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	Name	Prof. KHANAPURE R P Profile
	Designation	Asst. Prof.
	Qualification	M.E(EC)
	Teaching Experience	12 Years
	Industry Experience	2 Years
	Email Address	ravi.khanapure@gmail.com
	Area of Specialization	Communication Engineering

 

	Name	Prof. Patil P V
	Designation	Asst. Prof.
	Qualification	M.E(EC)
	Teaching Experience	6 Years
	Industry Experience	-
	Email Address	vaishu9921@gmail.com
	Area of Specialization	Communication

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	Name	Prof. Jadhav V N
	Designation	Asst. Prof.
	Qualification	ME (Electronics) PGDBM
	Teaching Experience	9 Years
	Industry Experience	3 Years
	Email Address	vnj9594@gmail.com
	Area of Specialization	Digital, Network Theory

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	Name	Prof. Randale R B
	Designation	Asst. Prof.
	Qualification	M.E(EC)
	Teaching Experience	27 Years
	Industry Experience	5 Years
	Email Address	ravindra.randale@gmail.com
	Area of Specialization	Computer, AJ/ML Cyber security

 

Labortorary

LABORATORY DETAILS

                      

                        Room No. 201

1.    Electronics Department Library

              Area: 600sq.ft.

Library In- charge: Prof. Dr. S. S. Mudda

 

2. VLSI & Embedded Lab

        

Room no. : 202

Area: 400 sq. ft.

Laboratory In-charge: Prof. Dr. J. S. Hatte

Work Area (Specialization): Microcontroller Applications and VLSI Design.

List of equipment’s

Sr.	Name of Equipment	Quantity
1	In-circuit simulator	04
2	HP 12Gen,CI5,8GB Ram,64 bit , LENOVO –CI3, 4GB Ram, 64 bit.	20
3	C-Cross compiler	01
4	Software- KEIL MicroVind, Turbo C-C++	20
5	Tesla IOT Kits	10

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3. Signal Processing Lab

Room no. : 203

Area: 400 sq. ft.

Laboratory In-charge: Prof. V. S. Bale

Work Area (Specialization): Data Structures & Algorithm and Signal Processing.

List of equipment’s

Sr.	Name of Equipment	Quantity
1	Lenovo CI5,16GB Intel®,64bitOS,12Gen.	20
2	DSP-Kit- TMS320C6713 Floating point Processor, 200MHz(GDP)	12
3	Software– MATLAB	20

 

4. Analog, Digital & Advance Communication Lab

    

Room no. : 204

Area: 400 sq. ft.

Laboratory In-charge: Prof.V.P.Patil

Work Area (Specialization): Microwave Engg. and Fiber Optics Communication

List of equipment’s

Sr.	Name of Equipment	Quantity
1	Digital Storage Oscilloscopes (G W INSTEK)(100MHz)	01
2	Analog & Digital Storage Oscilloscopes	05
3	Microwave Bench	02
4	Microwave components	30
5	Fiber Optic Communication Kits	01
6	Analog Communication Kits	11

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5. Power & Instrumentation Lab

    

Room no. : 205

Area: 400 sq. ft.

Laboratory In-charge: Prof.  R. P. Khanapure

Work Area (Specialization): Power electronics, Instrumentation.

List of equipment’s

Sr.	Name of Equipment	Quantity
1	Digital Storage Oscilloscopes (G W INSTEK)(25MHz)	02
2	Oscilloscopes (G W INSTEK)	08
3	Signal Generator (APLAB,L & T)	08
4	AM / FM Generator 100KHz - 260 MHz	01
5	DC Power Supply 0-30 Volts, 2A (APLAB)	08
6	Digital circuit development  Kits (SCIENTECH)	07

 

6. Project Lab

Room no. : 206

Area: 400 sq. ft.

Laboratory In-charge: Prof. S. S. Shetkar

Work Area (Specialization): Analog and digital circuit design.

List of equipment’s

Sr.	Name of Equipment	Quantity
1	30MHz Oscilloscope	02
2	Function Generator	04
3	Digital Storage Oscilloscopes (G W INSTEK)(25MHz)	01

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7. Analog Circuits & Digital Circuits Lab

   

Room no. : 207

 Area: 400 sq. ft.

Laboratory In-charge: Prof. S. S. Killarikar

Work Area (Specialization): Electronic Circuit Design, Digital circuit design.

List of equipment’s

Sr.	Name of Equipment	Quantity
1	CRO (G W INSTEK)	08
2	Function generator (APLAB)	08
3	Power Supply (SCIENTECH ,APLAB)	08
4	DMM (MECO)	16
5	Universal Programmer	01
6	I-3 machines	02
7	HP Printer	01
8	Digital Storage Oscilloscopes (G W INSTEK)(25MHz)	01

 

8. Nasscom Lab / Seminar Hall

   

Room no. : 208

 Area: 118.86 sq. meter.

Laboratory In-charge: Prof. V. K. Shah

Work Area (Specialization): CMOS, DSP.

List of equipment’s

Sr.	Name of Equipment	Quantity
1	HP 12th Gen,CI3,8GB Ram,64bit.	20
2	MATLAB,	01
3	Python	01
4	Micro-wind	01

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9. Simulation Laboratory

Room no. : 209

Area: 400 sq. ft.

Laboratory In-charge: Dr. S. S. Mudda

Work Area (Specialization): MATLAB Fundamentals and Programming Techniques, Major Project of Post Graduate students

List of equipment’s

Sr.	Name of Equipment	Quantity
1	Dell-CI5,4GB Ram,1Tb HDD,1GB Graphics1GB - Dell-CI3,4GB Ram,500 GB HDD,	20
2	MATLAB Simulink	01
3	P Spice 23	12
4	MENTOR GRAPHICS TOOLS	01
5	PC	20

Activities

Activities carried out in EESA:

1. Engineer Day
2. Aptitude Test (Weekly)
3. Group Discussion
4. Debate Competition.
5. Project Exicibution
6. Poster Presentation
7. Paper Presentation
8. Model Making.

Achievements

Achievements

1. Shweta Katke Gold Medol in 2022 M. Tech. DBATU
2. Romana Shaikh Gold Medol 2020 M.Tech DBATU
3. Sonwane S. Gold Medol 2019 M.Tech DBATU
4. Student Name  : Revati Vijay Mali(S.Y(EC))

Project Name: Emo VR Balance : where tantra meets mantra.

1. 1. Participated in Avishkar 2024 & Dipex 2024
   2. Selected in District Level Project Competition at Puranmal Lahoti College Latur.
   3. Selected for State level competition in Maharashtra Innovation Challenge & Got 1 Lakh Rupees as seed funding with assistance from SPPU.
2. Saleena Kuntoji (2021-2022) Batch student selected in more than one companies as

1. TCS (3.36 LPA+40 K Incentives)
2. Wipro (3.6 LPA), HEXAWARE (4 LPA), Capgemini (4 LPA), HCL (4.25 LPA) , Infosys (3.6 LPA) & RENAULT Nissan Tech (4.75 LPA)

1. Mahesh Chitte ( Batch 2020_2021)selected in Competitive Exam as Tahsildar