• Electronics and Communication Engineering
  • Department Profile

    Virtual Tour of Department of Electronics and Communication Engineering

    “To offer quality education in the field of Electronics and Communication Engineering, empowering the women students with good technical expertise, professional competence and moral values”.


    To achieve the vision, the department will,

    • Foster a conducive learning environment to enable the students to get well versed with the concepts in the field of Electronics and Communication Engineering.
    • Associate with the industries to make the students develop sufficient skills to compete in the global scenario.
    • Encourage the students to involve in research to meet the societal demands and lifelong learning.
    • Educate the students to practice harmony and imbibe team spirit to achieve professional competence.

    The department of Electronics and Communication Engineering was established in the year 2000 with B.E programme in Electronics and Communication. The department provides quality and contemporary education for the students to identify, formulate and apply appropriate techniques, resources and to solve complex engineering problems through their expertise in electronics & communication engineering. The department has experienced and well qualified staff members in various fields of specialisation to give appropriate inputs and guidance for the students to succeed in life. The department has sophisticated laboratories that generate interest and skills that an Electronics and Communication Engineer will pursue.

    The curriculum and teaching learning process imparts a solid foundation in Electronics and Communication Engineering fundamentals with an attitude to pursue continuing education.

    Integrated M.Tech. Programme will integrate B.E. Electronics and Communication Engineering leading to M.Tech. specialisation in Internet of Things.The main advantage of this programme is that a student instead of spending 6 years to complete BE+M.Tech., a student joining Integrated M.Tech. Degree can complete Masters Programme in 5 years. The postgraduates will have wide opportunity in multinational, National and start-ups that are into developing IoT solutions for automotive, medical, consumer, aviation, hospitality, agriculture industries and various defence organisations. The curriculum is tailor-made to industry requirements. The students will also have bright opportunities in research organisations both in India and Abroad.

    The department has signed a MoU with M/S EdGate and has set up a “Texas Instruments Innovation Centre” to work in the emerging area of research Internet of Things (IoT).

    M.E. Embedded System and VLSI

    Most the applications to-day from home appliances to industrial manufacturing are automated, all these have been possible because of Embedded chips and the programmes in them. Engineers and designers are very much required in this area with exceptional skill and emerging techniques. Keeping this in view the department of Electronics and Communication has started Master of Engineering in Embedded System and VLSI of 2-years duration. It focuses on enriching the students to excel in cutting edge technology in Embedded system and VLSI, creating competent, innovative, and productive professionals in this field. VLSI or Very Large Scale Integration is a process by which an engineer makes complex integrated circuits by combining a million/billion number of transistors into a single chip. The ICs/Micro Processor/Micro-Controller/ chips developed and fabricated using VLSI technology become the heart of embedded systems that drive vehicles, industrial robots, home appliances, toys, IoT devices and what not. It is imperative that industries like Texas Instruments, Qualcomm, Intel, AMD, Cognizant, Tesla, Volvo, Robert Bosch etc. require designers, analysts, developers, testing and marketing engineers with a postgraduate degree in Embedded System and VLSI sector.

    In this context, the department of Electronics and Communication Engineering would like to satisfy the growing human resource demands of Embedded and VLSI industries, by creating engineers through its M.E programme in Embedded System and VLSI. The programme electives are streamed in three verticals including Programming, Design and Application aspects in Embedded VLSI.

    Upon Successful completion of the programme, the student

    • Will have a sound knowledge in embedded system design and development.
    • Will be able to design and implement integrated embedded circuits in software platform.
    • Will gain the necessary skills for technical planning and implementation.
    • Can choose research-based or analysis-oriented careers as this course gives the students the skills for qualitative and quantitative analysis in this domain.

    Thrust Areas of Research

    • VLSI Design
    • Embedded Systems and Internet of Things (IoT)
    • Microwave and Optical Communication
    • Wireless Sensor Networks

  • Programmes Offered

    Programmes Offered
    • B.E   Electronics and Communication Engineering
    • M.E   Embedded System and VLSI
    • Integrated M.Tech.   Electronics and Communication Engineering (Internet of Things) (from academic year 2020-2021 onwards)
    • Ph.D   Electronics and Communication Engineering

    • B.E Electronics and Communication Engineering : As per AICTE norms
    • M.E Embedded System and VLSI : As per AICTE norms
    • Integrated M.Tech. Electronics and Communication Engineering (Internet of Things):   Passed 10+2 examination with Physics and Mathematics as compulsory subjects along with Chemistry / Biotechnology / Biology / Technical Vocational subject. Obtain atleast 45% marks (40% incase of candidates belonging to reserved category) in the above subjects taken together.

    • Ph.D Electronics and Communication Engineering : Bachelor’s and Master’s Degrees such as B.E./B.Tech. and M.E/M.Tech. or equivalent degrees in the relevant field.

    Programme Educational Objectives (PEOs) for B.E.

    Bachelor of Engineering (B.E.) programme is based on Choice Based Credit System (CBCS) and Outcome Based Education (OBE) pattern.
    Graduates of Electronics and Communication will be able to:

    PEO1: Solve complex engineering and societal problems through the knowledge of Science, Electronics and Communication and mathematics fundamentals.
    PEO2: Practice lifelong learning in the rapid changes in the technology and pursue higher education to solve real world problems as individuals and in a team.
    PEO3: Get gainful employment in core companies or show leadership qualities to start venture and serve the nation.
    Programme Specific Outcomes for B.E.

    A graduate of Electronics and Communication Engineering Program will have ability to:

    PSO1: Design and implement electronic systems for real time applications through expertise gained in communication systems, signal processing, VLSI and Embedded systems.
    PSO2: Analyse and solve complex Electronics and Communication Engineering problems, using modern hardware and software tools either independently or in a team.
    Programme Educational Objectives (PEOs) for M.E.

    Graduates of M.E Embedded System and VLSI will be able to:

    PEO1: The Postgraduates will specialise in analysis and design of systems that require Electronics controls, circuits, processing and communication as per the prescribed standards.
    PEO2: The Post graduates will be trained in the fields of signal processing, embedded systems, networking and programming skills
    Programme Specific Outcomes for M.E.

    A graduate of Embedded System and VLSI programme will have the ability to:

    PSO1: Design VLSI circuits to optimize power and area requirement, free from faults and dependencies by modeling simulation and testing.
    PSO2: Apply advanced concepts of VLSI in providing optimized solutions to industrial and socio-commercial problems.
    Programme Educational Objectives (PEOs) for Integrated M.Tech. Electronics and Communication Engineering (Internet of Things).

    The graduate of Integrated M.Tech. Electronics and Communication Engineering (Internet of Things) will be able to:

    PEO1: Conceptualise and design an IoT application in various domains.
    PEO2: Build and diagnose various modules of Internet of things from device to data handling and decision making.
    PEO3: Participate in multidisciplinary and sustainable research activities.
    Programme Specific Outcomes for Integrated M.Tech. Electronics and Communication Engineering (Internet of Things)

    A graduate of Integrated M.Tech. Electronics and Communication Engineering (Internet of Things) will have the ability to:

    PSO1: The Programme is designed to impart necessary theoretical and practical knowledge of various components of Internet of Things and to enable post- graduates to pursue research.
  • Syllabus
  • Facilities

    The department has well established laboratories and excellent infrastructure to cater to the needs of student. All laboratories have an excellent ambience and with state of art equipment. Department consists of six laboratories like IC and Communication Laboratory, Microwave and Fibre Optics Laboratory, Digital Signal Processing Laboratory, Embedded Systems Laboratory, Electronics Laboratory and VLSI Design Laboratory which supports the academic aspects of the students. Also the department has a specialised Industry Supported Innovation Laboratory for IoT Application.

  • Publication
  • Events Organized