Shri madhwa Vadiraja Institute of Technology & Management

Shri madhwa Vadiraja Institute of Technology & Management

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Electronics & Communication Engineering

Electronics today stands at the forefront of the rapidly expanding horizon of Science and Technology. The Department of Electronics and Communication Engineering in SMVITM was established in the year 2010, initially offering an undergraduate program with an intake of 60 students per year. The intake was increased to 120 in the academic year 2012-13. The department has well-qualified faculty members – highly motivated in teaching and guiding the students in exploring newer avenues of electronics and communication.

The department is intent on creative and technologically advanced skill transfer to the students through teaching, mentoring and counselling. It regularly organizes seminars, symposiums, workshops and invited talks by eminent faculty from reputed institutions and industry experts, to keep the students abreast of the latest technological developments in related fields. The services of some academicians of high repute have been utilized by the department with the objective of supplementing teaching, mentoring and guiding the students as well as faculty members.

The department has its own library comprising of over 100 text books and technical magazines for quick reference. To nurture creative ideas and provide hands-on training to the students, the department has set up an Innovation/Project laboratory with state-of-the-art equipment and latest versions of software tools, in addition to the regular laboratories.

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” To emerge as an excellent technical education center and be an integral part in the development of advancing technologies and global challenges, in the field of Electronics and Communication Engineering ”

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  • To facilitate an ambience conducive to the excellence in technical education.
  • To provide a platform that will ensure the exchange of ideas and dissemination of knowledge.
  • To establish a research oriented center by having rapport with industries.
  • To foster ethical and value based education with credibility by promoting activities that have societal impact.

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The graduate of Electronics and Communication Engineering should be able to

PEO-1 Exhibit essential knowledge of applied sciences, mathematical modeling, logical interpretation and virtual realization to resolve real-time problems in the field of Electronics and Communication Engineering
PEO-2 Work productively as an Electronics and Communication Engineer, including supportive and leadership roles on multidisciplinary teams
PEO-3 Inculcate effective communication skills to excel in professional growth
PEO-4 Take part in lifelong learning in pace with the advancing technological society

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Graduates of the Electronics and Communication Engineering program are able to:

PO-1 Develop skills to solve engineering problems by using mathematical, scientific and engineering knowledge.
PO-2 Recognize, define, conduct literature survey, examine complex engineering problems and draw conclusions using the principles of mathematics, science and engineering
PO-3 Express ideas, devise implementation strategies, plan execution and synthesize solutions, which are favorable for aspects of public health and safety as well as for cultural, societal and environmental conditions
PO-4 Investigate complex problems by conducting experiments and validate the results
PO-5 Employ necessary techniques using modern hardware and software tools for engineering applications
PO-6 Reckon and address the societal, health, safety, legal and cultural issues and adopt responsibilities adhering to professional engineering practice.
PO-7 Estimate and attend to environmental safety issues by means of engineering practice.
PO-8 Understand and apply professional ethics for issues relevant to the engineering practices
PO-9 Work as a member of a multidisciplinary project or research teams and have an understanding of leadership in teams and organizations.
PO-10 Produce engineering reports and express the ideologies effectively.
PO-11 Apply managerial skill in handling projects as a member and leader of a multi-discipline team
PO-12 Evolve through lifelong learning process to keep one updated in technological changes.

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LABORATORIES

Innovation / Project Laboratory

Hardware Laboratories:

  • Analog Electronics
  • Logic Design
  • Microcontrollers
  • Analog Communication
  • Digital Communication
  • Linear Integrated Circuits
  • Power Electronics

Software Laboratories:

  • Hardware Description Language
  • Digital Signal Processing
  • Microprocessors
  • VLSI

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