Department of Electronics & Communications

The Department of Electronics & Communication Engineering established in 1997, offers undergraduate program with Bachelor of Engineering in Electronics & Communication along with two Post Graduate programs with Masters of Engineering in Communication System Engineering and Embedded Systems. The Department has 21 qualified faculty members out of which 4 faculty members are holding Ph.D. degree and 6 faculty members are pursuing Ph.D. Due to excellent teaching methodologies followed by the faculty members, campus placement record, outstanding students' performance in University Exams and the resources provided for laboratories, EC Department is accredited by National Board of Accreditation for two years since 1st July 2015.

The Department has excellent placement record and the graduates of the Department have secured many milestones in their carrier. Along with formal way of Education in class room and laboratories, EC Department also executes informal way of education where students are trained based of Co-curricular activities like Project competitions, Workshops, Seminars, Poster Presentations etc. The Department is having well-equipped state-of-art laboratories along with dedicated industry funded Texas Instruments Laboratory as a part of an MoU signed with Texas Instruments India. Under Industry - Institute linkages, the Department initiates various activities like Workshops, Expert Talks, Seminars, Project Competitions in association with companies like Texas Instrument, E-infochip, Matrix Comsec, ISRO, Aratsu Systems etc. for the Engineering skill development required by the Industries.

To give thrust to the Research in the domain of Electronics & Communication Engineering, Department has successfully organized three International Conferences. The Department has close interactions with leading institutes and industries for research and development with its active involvement in handling R&D projects from Department of Science and Technology, GUJCOST.



Department of Electronics & Communication Engineering is committed to procreate the universally competing engineers, capable of undertaking and conquering professional challenges by nurturing them with analytical and practical knowledge.

  1. To create excellent teaching learning environment.
  2. To produce globally competent engineers by enhancing professional skills.
  3. To nurture engineers with self-confidence and self-reliance for handling the challenges and demands of industry in meaningful and sustainable manner.
  4. To generate outstanding research environment beneficial to industry and society.

  1. To understand and apply the fundamental knowledge of core electronics and mathematical approaches for developing industrial applications.
  2. To identify, formulate and solve problems related to electronics and communication engineering.
  3. To excel in professional career with challenging attitude and effective communication skill.

  1. To understand the fundamentals of physics and mathematics.
  2. To apply knowledge of science and mathematics to understand engineering principles.
  3. To use engineering principles in applied manner for the design and development of electronic systems.
  4. To utilize engineering methods for collecting technical data and analyze them for meaningful conclusion.
  5. To work and excel in the core Electronics & Communication Engineering areas for analyzing and solving industrial problems with the aid of advance hardware and software tools.
  6. To initiate innovative ideas for bringing out engineering solution for complex problems.
  7. To develop team-spirit and work in united manner.
  8. To work with professional and ethical responsibility.
  9. To inculcate an ability to achieve an engineering solution with economical feasibilities.
  10. To communicate effectively with professionals in the field of engineering.
  11. To develop an attitude of life-long learning.
  12. To develop self-confidence and managerial skills for the utilization of engineering knowledge for sustainability.
  13. To analyze an impact of engineering solutions on society and environment.