Research that advances
electronics and technology.
The School of Electronics Engineering focuses its research and development activities on real-world problems and advancing cutting-edge technologies through faculty and research scholars, sponsored projects, and industry collaboration.
Research addressing
real-world challenges.
The School of Electronics Engineering at KIIT Deemed to be University conducts research and development focused on solving real-world problems and advancing cutting-edge technologies.
Its research spans VLSI Design and Embedded Systems, Signal and Image Processing, Communication Engineering, RF & Microwave, Semiconductor Materials and Devices, Thin Film Photovoltaics, and Advanced Control and Instrumentation.
Electronics research
thrust areas.
The School identifies seven major research thrust areas, supported by interdisciplinary collaboration and sponsored research.
VLSI Design and Embedded Systems
VLSI design and embedded-system research.
Signal and Image Processing
Signal and image processing research.
Communication Engineering
Communication engineering and connected technologies.
RF & Microwave
Radio-frequency and microwave engineering.
Semiconductor Materials and Devices
Semiconductor materials and device research.
Thin Film Photovoltaics
Thin-film photovoltaic research.
Advanced Control and Instrumentation
Advanced control systems and instrumentation.
Explore research areas and thrust areas published by the School of Electronics Engineering.
Open Research Groups
From an idea
to a contribution.
The School pursues research through faculty and scholar investigations, publications, sponsored projects and interdisciplinary collaborations. Research funding agencies named by the School include SERB (now ANRF), DRDO, BIRAC, DST-FIST and MNRE.
Identify meaningful questions
Research begins with problems aligned to disciplinary development, societal needs and industry contexts.
Develop projects and proposals
Faculty members and scholars formulate projects and prepare proposals for relevant funding agencies.
Publish and communicate findings
Research outcomes are shared through journals, conferences, books, chapters and technical forums.
Collaborate and exchange knowledge
Experts, institutions and industries contribute through collaborations, workshops and faculty-development activity.
Outputs, people
and partnerships.
Detailed records remain on dedicated pages so publications, project information and scholar lists can be maintained independently.
Publications
Browse published conference papers, journal articles, books and other scholarly output.
02Research Projects
Explore research projects and funded initiatives at the School.
03Research Scholars
Explore research scholar information published by the School.
04Collaborations
Discover institutional and professional relationships supporting research and knowledge exchange.
05Research Statistics
Access research and development statistics published by the School.
06Conferences & Events
Follow conferences, workshops, symposiums, invited talks and academic events.
Learning through inquiry,
exchange and creation.
Research and development at the School is supported by collaborations with industry partners and government funding agencies, including SERB (now ANRF), DRDO, BIRAC, DST-FIST and MNRE.
Academic conferences
International conferences and scholarly forums connect the School with wider research communities.
Student research symposiums
Students gain opportunities to present, discuss and refine their research and project work.
Industry symposiums
Industry interaction helps researchers understand contemporary applications and professional needs.
Project contests and expos
Innovation contests and project exhibitions encourage implementation, demonstration and peer learning.
Professional chapters
Student chapters and professional communities create additional spaces for technical exchange.