B.Tech electronics

Activities and Events
Student Achievements
Faculty Achievements
Teaching Assistant
Electronics Innovative Students Association (EISA)

Department at a glance:

UG programmeB.Tech (Electronics & Communication Technology) started in 2008 with intake capacity of 60 students. Electronics & Communication Technology curriculum covers all aspects of modern electronics engineering like telecommunication engineering, digital communications, embedded systems, VLSI design, digital image processing, signal processing, power electronics, robotics etc. The syllabus is based on strong foundation of electronics aspects and mathematics with emphasis given on analytical treatment, circuit design, simulation and system development. Students of Electronics & Communication Technology works on micro project, mini project, major project along with seminar presentations. Department have fully equipped laboratories with Licensed versions of state of the arts software like MATLAB 2013b,LabView from National Instruments, Hyperlinx IE3D antenna design software, XilinkVivado System Edition, ISE 14 etc. All laboratories are well equipped with investment on equipment over 4 Crores. Faculty members of department are highly qualified and experienced. Department takes extra efforts on students for preparation of GATE and Competitive examinations. Guest lectures on personality development, logical and analytical reasoning, aptitude tests are very common.Apart from academics department organizes various university level technical symposiums like E-Fest, Tech Fest under which competitions like Robot Race, Robot war, project competition, Poster presentation etc. are held. Alumni of department are placed at MNCs, many of them are pursuing higher education in Engineering/Technology/Management in India as well as abroad.

Mission and Vision of the Department



To develop competent professionals in electronics and communication engineering to serve industry, academia and society.




  • To provide strong foundation of basic sciences, mathematics and electronics engineering to graduates.
  • To create awareness of social, cultural, technological issues and inculcate strong ethical principles among graduates.
  • To develop technological professionals with leadership, management and team qualities.
  • To pursue continuous improvement in knowledge and skills. 

Programme Educational Objectives

PEO 1- Providing strong fundamentals to graduates  in Mathematics, Science and Engineering to enable them to provide solutions for problems in electronics, communications and other relevant disciplines.

PEO 2- Provide sound theoretical and practical knowledge in electronics and communication engineering to enable them to contribute in growth of industry and progress of society.

PEO 3- Development of analytical and thinking abilities for research and development activities, leadership and entrepreneurship.

PEO 4- Motivate the qualities required for team work, inter-personal communications, and professional skills and to act as good human being and responsible citizenship.

Programme Outcomes

PO1- Apply the knowledge of fundamentals of mathematics, science and electronics engineering to solve the complex engineering problems.

PO2- Identify, formulate, review research literature and analyze the problem using knowledge of science and engineering.

PO3- Designing societal and environmental friendly systems and solutions for engineering problems.

PO4- Applying research based knowledge and methods to solve the complex problems.

PO5-  Application and use of modern engineering tools and techniques to solve real world problems.

PO6- Applying knowledge for assessment of social, health, safety, legal and cultural issues related to professional engineering practice.

PO7- Understanding the impact of professional engineering solutions in societal and environmental contexts and to demonstrate the need of sustainable development.

PO8- Applying ethical principles and professional ethics while executing responsibilities.

PO9- Giving best performance as an individual and as a team member.

PO10- Effectively communicate the engineering activities with society and engineering community using design documents, reports, presentations etc.

PO11- Applying principles of engineering and management for managing the projects.

PO12- Ability of life-long learning and adapting the technological changes.