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SMT KEKA HAJRA

ASSISTANT PROFESSOR

About

12-07-2004

ECE

184938

O-

HINDUISM

1-3370827032

12-07-2004

Qualifications

Educational Qualifications
  • M.TECH (MICROWAVES)
  • The University of Burdwan - 1997
  • M.SC Specialisation Radio Physics & Electronics
  • The University of Burdwan - 1994
  • B.Sc Hons.(Physics)Specialisation in Electronics
  • Durgapur Government College - 1992
Teaching and R & D experience
Teaching Research Industry
264 144 0

Promotions

Publications

Journal
Date Title Journal DOI Link
11-08-2022 Evaluating PDOP in Multi-GNSS Environment IETE Journal of Research DOI View
21-05-2015 Studies on Revitalized GLONASS from India Coordinates DOI View
06-09-2014 A Study on Satellite Geometry Variation for Multi-GNSS from India International Journal of Engineering Research DOI View
Conference
Date Title Conference DOI Link
20-06-2025 A Quarter Mode SIW (QMSIW) Cavity based Band Pass Filter (BPF) for 5G Wireless Applications 1st Int. Conf. on Radio Frequency Comm. and Networks (RFCoN) DOI View
23-11-2023 Flexible and Wearable EBG loaded SIW Band Pass Filter (BPF) 14th Int. Conf. on Computing, Communication and Networking Technologies, ICCCNT DOI View

Participations

Committee Name Start Date End Date
ANTI RAGGING COMMITTEE 02-07-2025 23-04-2026
ANTI RAGGING SQUAD 01-07-2025 23-04-2026
DEPARTMENTAL DISCIPLINARY COMMITTEE 02-04-2024 23-04-2026
DEPARTMENTAL LIBRARY COMMITTEE 02-04-2024 23-04-2026
DEPARTMENTAL MAGAZINE COMMITTEE 02-04-2024 23-04-2026
MENTORING COMMITTEE 02-04-2024 23-04-2026
STUDENT PERFORMANCE ASSESSMENT COMMITTEE 02-04-2024 23-04-2026

Projects

Project Name Start Date End Date Funded Funding Agency Agency Type Role Sanction Letter
Development of body-wearable bandpass filters focused on compact, low-profile RF structures optimized for on-body propagation and biomedical telemetry. The project addresses stable frequency response under body-loading effects with materials and geometries suited for flexible wearables. Target outcomes include a robust prototype demonstrating consistent performance across motion and varying tissue-proximity conditions. 05-11-2024 23-04-2026 Yes DRDO government Member No
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