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.

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.

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

The activities of civil engineers provide them with opportunities in a variety of locations from city centres to remote construction sites. Employment pportunities are available in various State and Central Government and Semi-Government departments, viz., P.W.D., irrigation, environment, railways, municipal or local bodies, corporation etc. and private sectors (like design, consultancy and construction firms). There is ample scope for self-employment. With a large outlay in government sector and a matching outlay in private sector, there will be adequate employment opportunities for civil engineers for years to come. There is a consistent and continuous demand for civil engineers.

Department Information

Faculty

Faculty  

(Permanent:09    Adhoc/Other:01     Total:10)

	Name	Prof. HATTE J S Profile
	Designation	Asst. Prof. (HOD)
	Qualification	M.TECH (Comm. System)
	Teaching Experience	17 Years
	Industry Experience	-
	Email Address	jyotihatte.patil@gmail.com
	Area of Specialization	Comm. Embedded system.

	Name	Dr. HALHALLI S R
	Designation	Asso. Prof.
	Qualification	Ph.D.
	Teaching Experience	32 Years
	Industry Experience	-
	Email Address	srhalhalli@gmail.com
	Area of Specialization	Communication Engg.

	Name	Prof. Bale V.S.
	Designation	Asso. Prof.
	Qualification	ME (E & TC)
	Teaching Experience	29 Years
	Industry Experience	-
	Email Address	veerbale68@gmail.com
	Area of Specialization	Signal Processing.

	Name	Prof. SHAH V K
	Designation	Asso. Prof.
	Qualification	M.TECH (EC)
	Teaching Experience	30 Years
	Industry Experience	-
	Email Address	vks_007@rediffmail.com
	Area of Specialization	Electronics Device & Electromagnetic.

	Name	Prof. KILLARIKAR S S
	Designation	Asso. Prof.
	Qualification	ME (EC)
	Teaching Experience	29 Years
	Industry Experience	-
	Email Address	killarikarss@gmail.com
	Area of Specialization	Digital Electronics.

	Name	Prof. SHETKAR S S
	Designation	Asst. Prof.
	Qualification	M.TECH (EC)
	Teaching Experience	17 Years
	Industry Experience	1 Year
	Email Address	swati.shetkar@gmail.com
	Area of Specialization	Digital Image Processing.

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

	Name	Prof. KHANAPURE R P
	Designation	Asst. Prof.
	Qualification	M.TECH (DECE)
	Teaching Experience	12 Years
	Industry Experience	2 Years
	Email Address	ravi.khanapure@gmail.com
	Area of Specialization	Comm. Engg.

Labortorary

Laboratory Details

1.Analog and Digital Communication

Room no. : 205 B

Area: 400 sq. ft.

Laboratory In-charge: Prof. S. R. Halhalli

Work Area (Specialization): Analog and Digital Communication

List of equipment’s

Sr.	Name of Equipment	Quantity
1	Digital Storage Oscilloscopes (G W INSTEK)	01
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	Analog Communication kits (SCIENTECH)	01
7	Computers P-IV	02
8	Digital Communication Kits (SCIENTECH)	01

---

2.Microwave Engineering and Fiber Optics Communication Laboratory

Room no. : 204 - A And 204- B

Area: 400 sq. ft.

Laboratory In-charge: Prof. B. A. 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)	01
2	Analog & Digital Storage Oscilloscopes	01
3	Microwave Bench	02
4	Microwave components	30
5	Fiber Optic Communication Kits	01
6	Computers P-IV	02

---

3.Power Electronics Laboratory

Room no. : 205-A

Area: 400 sq. ft.

Laboratory In-charge: Prof. U. B. Solapurkar

Work Area (Specialization): Power Electronics

List of equipment’s

Sr.	Name of Equipment	Quantity
1	Power Analyzer	01
2	Poweroscope 15 MHz	01
3	True RMS DMM	08
4	Power Factor Meter	08
5	Wattmeter	08
6	DC Motor	01
7	DC Chopper Controller	01
8	AC Tachogenerator	01
9	Induction Motor Drives	01
10	4 Quadrant Chopper Drives(POWERCON)	01
11	Stator Voltage Controller	01
12	Resonant Converter	01

---

4.Basic Electronics and Electronic Design Laboratory

Room no. : 207-A,And 207 B

Area: 400 sq. ft.

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

Work Area (Specialization): Basic Electronic Devices and Electronic 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	P-4 machines	08
7	HP Printer	01
8	PCB Manufacturing Equipments	01 Set
9	DSO(G W INSTEK)	01

---

5.Post Graduate Laboratory

Room no. : 209-A

Area: 400 sq. ft.

Laboratory In-charge: Prof. V. S Bale

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

List of equipment’s

Sr.	Name of Equipment	Quantity
1	DSO 100 MHz	04
2	60MHz Oscilloscope	31
3	MATLAB Simulink	01
4	CASPOC Power circuit Simulator	132
5	NG Spice 23	12
6	MENTOR GRAPHICS TOOLS	01

---

6.VLSI Design and Embedded System Laboratory

Room no. : 207-B

Area: 400 sq. ft.

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

Work Area (Specialization): VLSI

List of equipment’s (VLSI)

Sr.	Name of Equipment	Quantity
1	Computer with operating system LINUX (Redhat)	20
2	Laser Printer Cannon	01
3	CPLD, FPGA Training Kit	06

List of equipment’s :( Embedded System)

Sr.	Name of Equipment	Quantity
1	Pentium-IV machines (Window OS)	20
2	ARM 7 LPC 2148 Development kits	09
3	ARM9 Evaluation board 5154-624	03

---

7.Microprocessor and Microcontroller Laboratory

Room no. : 202-A

Area: 400 sq. ft.

Laboratory In-charge: Prof. A. K. Tamboli

Work Area (Specialization): Microcontroller Applications

List of equipment’s

Sr.	Name of Equipment	Quantity
1	In-circuit emulator	04
2	Pentium IV Machines	20
3	C-Cross compiler	01
4	Software- KEIL MicroVision 3, Turbo C-C++	20

---

8.Instrumentation and Control Laboratory

Room no. : 206-A

Area: 400 sq. ft.

Laboratory In-charge: Prof. S. S Mudda

Work Area (Specialization): Digital Electronics

List of equipment’s

Sr.	Name of Equipment	Quantity
1	PLC Trainer kit	01
2	Water level controller	01
3	Elevator set up	01
4	Pressure transducer	01
5	Vibration meter	01
6	PID controller	01
7	Electro pneumatic trainer kit	01
8	Air compressor	01

---

9.Electronics Measurement and Network Laboratory

Room no. : 206-B

Area: 400 sq. ft.

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

Work Area (Specialization): Electronic Instrumentation & Measurement

List of equipment’s

Sr.	Name of Equipment	Quantity
1	Equipment	01
2	Spectrum Analyzer	01
3	Digital Storage Oscilloscope	01
4	R.F. Signal Generator	01
5	Mediscope	01
6	Defibrillator Trainer Kit	01
7	PC based ECG Machine	01

---

10.Digital Electronics Laboratory

Room no. : 205-B

Area: 400 sq. ft.

Laboratory In-charge: R. P. Khanapure

Work Area (Specialization): Digital Electronics

List of equipment’s

Sr.	Name of Equipment	Quantity
1	Power Supply	08
2	CRO	10
3	Signal Generator	07
4	Audio Gen.low dist.	01
5	Logic Analyser	01

---

11.Soft Computing Laboratory

Room no. : 203

Area: 400 sq. ft.

Laboratory In-charge: Prof. R. O Sudke

Work Area (Specialization): Data Structures & Algorithm

List of equipment’s

Sr.	Name of Equipment	Quantity
1	Computer- Pentium-IV, 2.66GHz, 512MB RAM, 80GB HDD, Color Monitor(LG)	20
2	DSP-Kit- TMS320C6713 Floating point Processor, 200MHz(GDP)	12
3	Software– MATLAB	20

EC Engg

EC Engg

EC Engg

EC Engg

EC Engg

EC Engg

EC Engg

EC Engg

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

2015 Pass out Toppers B.E. (EC)

List of Rooms