About Department of Electronics & Tele-Communication Engineering

A warm welcome to Department of Electronics & Telecommunication Engineering. Electronics Technology has entered in all the walks of life. This technology finds its applications in Consumer, Industrial, Civil, Military, Medical and in many more fields. Today, in many fields, we can’t imagine Automation without the use of Electronics.

Electronics aims at making the human life comfortable. Communication connects people and brings them close. The world wide web has led to an ever increasing demand of electronic systems to carry various kinds of information modern sophisticated communication systems like analogue multiplexer, optical fiber links, digital routers, image processing and large user application software tools.

Keeping in line with fast changing technology and developments, department's teaching areas include network, microprocessor, communications, VLSI, wireless communications. The department has well equipped laboratories with modern equipment's like spectrum analyzer, logic analyzer, Digital storage oscilloscope, advanced software like MATLAB, proteus, multisim, SCILAB etc. The department is having highly qualified, devoted and dedicated staff. The department aims at in delivering quality education to bring engineering with a solid foundation in basic engineering principals and concepts. We strive hard to prepare our students to become technically solid engineer who will stand tall in an ever changing and diverse world.

Vision:
To prepare the students to understand the needs of current technological advancements in the field of electronics and telecommunication by creating a learning environment in academics.

Mission:
M1: To adopt the good educational methods to improve teaching learning process.

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M2: To encourage the students for higher education, entrepreneurial.

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M3: To provide ethical and value-based education by promoting activities relating to the society needs.

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HOD Profile

Prof. Priti Sudhakar Gund Pujari has completed her B.E. (Electronics & Telecommunication Engg.) from TPCT's College of Engineering, Osmanabad and M.E ( Electronics) from MGM's JNEC Aurangabad, Dr. Babasaheb Ambedkar Marathwada University. Her areas of interest are Digital Electronics, Communication Engg. Microwave & Radiation. She has 11 years of teaching experience. She has published four papers in International Journal's & Conferences. Also She has published 9 papers on national as wel as state level conferances. She has attended several Workshops, Seminars and FDP.

Electronics and Telecommunications Engineering is the largest and also the fastest growing field of engineering. E&TC department strives hard to enhance the technical competence of our students by providing excellent infrastructure, abundant resources, innovative teaching-learning processes and highly qualified and experienced faculty.

Career Opportunities

Electronics engineering is one of the comprehensive disciplines among all engineering disciplines. It offers platform for a great deal of interdisciplinary wok. Electronics engineers apply knowledge and skills of circuit design, programming and prototyping to continuously build new products. An electronics engineer can find a variety of career options and can work as the following designations:

• Automation Engineer
• Embedded Systems Architect
• Software/IT Analyst
• Solutions Architect- Cloud Computing
• Telecom Network Design & Planning Engineer
• Telecom Architect
• Technical Director
• Electronics Design, Research and Development Engineer
• Control Systems Engineer
• IC Design Engineer
• Electronics & Communication Consultant
• Entrepreneurship
• Researcher

Program Educational Outcomes (PEO)

PEO NO.	PROGRAM EDUCATIONAL OUTCOME DETAILS
PEO1	To prepare globally competent graduates having strong fundamentals and domain knowledge to provide effective solutions for engineering problems.
PEO2	To prepare the graduates to work as committed professionals with strong professional ethics and values, sense of responsibilities, understanding of legal, safety, health, societal, cultural and environmental issues.
PEO3	To prepare committed and motivated graduates with research attitude, lifelong learning, investigative approach, and multidisciplinary thinking.
PEO4	To prepare the graduates with strong managerial and communication skills to work effectively as individual as well as in teams.

Program Specific Outcomes (PSO )

PSO1: G raduate will be able to conduct experiments, analyse, adopt & apply the knowledge of Electronics & Communication System & manage different projects in the multidisciplinary areas.

PSO2: Utilize modern computational tools, software tools & hardware required with the proper understanding of all basic technical skills, soft skills in industry.

PSO3: Capable analyze problems implement the projects of electronics, communication, VLSI, Embedded systems, Image Processing etc.

Program Outcomes

1. A graduate student will apply knowledge of mathematics and engineering fundamentals to design electronic circuits and systems such as logical circuits, analog circuits, electrical machines, control and communication systems, digital systems etc. and test the results.

2. A graduate student will provide the solutions by using the software tools such as MATLAB, Multi-sim, EDA Tools etc and different software languages such as 'C', VHDL etc for interpretation and analyzing problems for different circuits and systems.

3. A graduate student will demonstrate the ability to design, implement and evaluate a system, process, component and program to meet desired needs within realistic constraints.

4. A graduate student will investigate, formulate, analyze and provide appropriate solution to simple and complex engineering problem.

5. A graduate student will provide the solutions by using the Modern Engineering Tools and Technologies for practicing Engineering problems.

6. A graduate student will demonstrate the ability to learn the impact of industries on society by visiting different industries and understand the importance of industrial products for analog and digital circuits and systems.

7. A graduate student will understand the importance of environmental issues and will design sustainable systems.

8. A graduate student will understand the professional and ethical responsibilities to meet the socio economic challenges.

9. A graduate student will demonstrate the ability of self learning during the project work in individuals and teamwork for successful implementation of project management.

10. A graduate student will be able to communicate effectively at different technical and administrative levels.

11. A graduate student will demonstrate the ability to keep abreast with advance technologies through lifelong learning.

12. A graduate student will demonstrate the ability to apply the knowledge of project management and finance to provide better services in the field of electronics and Telecommunication Engineering.