Since its inception in 1992, the “Department of Electronics Engineering” has completed 25 years and has grown tremendously in teaching and research.

From the year 2017, the department changed to “Department of Electronics and Telecommunication Engineering”.

The Department offers a regular four-year B.E program in “Electronics and Telecommunication Engineering”  having an intake of 60 and Post Graduate program M.E. (Electronics & Telecommunications Engineering – VLSI and Embedded Systems) started in July 2019 having an intake of 18 under the affiliation of Savitribai Phule Pune University.

Previously the post graduate program was M.E. (Electronics & Telecommunications Engineering – Microwave Engineering) started in July 2010.

The Department presently has highly qualified and experienced staff on its roll. The activities of the Department are conducted, besides teaching, in the areas of research, consulting, training, alumni and Training, and Placement. Department is having Advanced Computing Laboratories and Advanced Communication laboratories with high-end equipment in the field.

Vision:

Society Growth and Welfare Through Competent Electronics and Communication Engineering Graduates

Mission:

  • To facilitate E & TC graduates with the sight of innovation.
  • To provide a stimulating learning environment with modern tools & technology
  • To produce dynamic graduates with ethics and moral values
  • To impart quality education in the field of E & TC engineering to solve societal and industrial problems

Short-term Goals:

  • Increase number of Faculty & Student publications in referred journals
  • Undertake major and minor research project and fetch research grants from funding agencies
  • Develop Virtual Laboratory for core subj
  • Initiate customized/skill based certified courses
  • Intensify the use of ICT tools for the promotion of technology
  • To initiate foreign language courses

Long-term Goals:

  • Identify and support placements in core industries
  • To become a centre of excellence in the emerging area of Robotics and Automation
  • Motivating student for  competitive
  • To establish the incubation centre to produce more
  • Promotion of Research and Consultancy by  involving Industry

Strengths:

  • Experienced Faculty
  • Effective Teaching – Learning Process
  • Industry Institute Interaction

Opportunities:

  • Research, Development, and Consultancy.
  • Faculty Qualification up gradation
  • Training Program ,Consultancy and Projects in association with Industries

Program outcomes (PO):

  • Engineering knowledge: 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.
  • Problem analysis: A graduate student will be able to identify, formulate, solve electronics engineering problems.
  • Design/Development of solutions: A graduate student will demonstrate the ability to design, implement and evaluate a system, process, component and program to meet the specified needs with appropriate considerations for public, health and safety, society and environment.
  • Conduct investigations of complex problems: A graduate student will investigate, formulate, analyze and provide appropriate solution to simple and complex engineering problem.
  • Modern tool usage: A graduate student will provide the solutions by using the Modern electronic and IT Engineering Tools and Technologies for practicing electronic Engineering problems.
  • The engineer and society: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
  • Environment and sustainability: A graduate student will understand the importance of environmental issues and will design sustainable systems.
  • Ethics: A graduate student will understand the professional and ethical responsibilities to meet the socio-economic challenges
  • Individual and team work: A graduate student will function effectively as an individual, member or leader of a team in multidisciplinary setting.
  • Communication: A graduate student will be able to communicate effectively at different technical and administrative levels.
  • Project management and finance: A graduate student will demonstrate knowledge and understanding of engineering and management principles to manage projects.
  • Life-long learning: A graduate student will 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.

Program Educational Objectives (PEO):

  1. To build strong fundamental knowledge among graduates required to pursue their higher education and continue professional development in Electronics & Telecommunication field.
  2. To enable graduates to identify, analyze and solve Electronics Engineering problems by applying basic principles and modern techniques.
  3. To enable graduates to innovate, design and develop hardware & software components and groom their ability to succeed in multidisciplinary & diverse field.
  4. To inculcate in graduates professional attitude, effective communicational skills, team work skills for becoming a responsible, cultured human being

 

Program Specific Outcomes (PSO):

  1. Analyze Design and test Analog and Digital circuits and systems for given application.
  2. Implements technical blocks of hardware – software co-design for Embedded & Robotics automation application.
  3. Apply knowledge of E & TC system for social and environmental problems as an individual member or leader of diverse team in multidisciplinary settings.

The following forefront areas have been identified to carry out the research studies.

  • Microelectronics and Electronics Materials (Basic Electronics)
  • Broadband Communication (Optical, Wireless, Microwave)
  • Signal Processing
  • Instrumentation and Controls and Biomedical
  • Advanced Power Electronics

 

Advanced facilities like departmental library, computer centre and seminar hall are available for students and staff.

The Department has well-equipped laboratories on the following subjects.

  • Communication Engineering
  • Electronics Circuits
  • Embedded System Design
  • Very Large Scale Integration
  • Switching and Digital Electronics

 

Research & Faculty Development:

The Department has faculty strength of 16, who encompass all the sub-disciplines of Electronics Engineering and are active in research in all the areas. They also collaborate with the faculty from other disciplines within and outside the institute. Faculty members have published papers in refereed International/National journals and conferences.

The research activity involves active participation from the students, faculty and the industry. The Department has received generous grants from funding agencies like Savitribai Phule Pune University.

Facilities:

The Department is constantly modernizing the infrastructure and lab facilities and is well supported in infrastructure and resources through the Institute.

Facilities like a departmental library, computer centre and seminar hall are available for students and staff.

 

Library:

The Department operates its library/reference section/Digital library for both faculty and students. The Department library has a collection of books in various areas of Electronics Engineering. It has a wide collection of reference books, project reports, seminar reports, Instruction manuals etc.