S.No. Name Email-id Area of Wroking Student
24. Pritish Mahajan pritishm23@iitk.ac.in Reconfigurable Intelligent Surfaces width=90
23. Manali Bheel manalibhe23@iitk.ac.in Active Metasurfaces width=90
22. Sudeb Bhattacharya sudeb@iitk.ac.in Reconfigurable Metasurfaces width=90
21. Aakash aakashs20@iitk.ac.in Design and Analysis of Antenna using Equivalent Current Source width=90
20. Baisakhi Bandyopadhyay baisakhi20@iitk.ac.in RCS Reduction of Antenna using Metasurface width=90
19. Alka Dileep alkadileep20@iitk.ac.in Metamaterial Absorbers with Transmission Window (Joint Supervision with Prof. Raghvendra Kumar Chaudhary) width=90
18. Sanjana Paul sanjana20@iitk.ac.in Active Antenna (Joint Supervision with Prof. Raghvendra Kumar Chaudhary) width=90
17. Jyoti Yadav jyoti@iitk.ac.in Three dimensional Metamaterial Absorbers (Joint Supervision with Prof. J. Ramkumar) width=90
16. Rahul Vishwakarma rvish@iitk.ac.in Microwave Absorbers using Negative Impedance width=90
15. Anju Kumari Rai anjurai@iitk.ac.in MIMO Antenna for Mobile Handset width=90
14. Ranjit Kumar Dutta ranjitkd@iitk.ac.in Design and Analysis of Antenna for Beamforming Application using Metasurface width=90
S.No. Name Email-id Year of Graduation Thesis Title Photograph
13. Dr. Rahul Kumar Jaiswal (Currently at CommScope India Private Limited, Goa India) rahulgla2@gmail.com 2023 Studies on Endre Linearly and Circularly Polarized Antenna and Its Applications width=90
12. Dr. Aditi (Currently at Paras Anti-Drone Technologies Pvt Ltd, Maharashtra, India) aditiece0906001@gmail.com 2023 Studies on Absorptive Frequency Selective Transmitter (AFST) and Reflector (AFSR) based on Passive and Reconfigurable Frequency Selective Surfaces width=90
11. Dr. Kahani Kumari (Currently at Keysight India) kahanishahi71@gmail.com 2023 Studies on In - Band Full – Duplex Antennas for Wireless Applications width=90
10. Dr. Mondeep Sakia (Currently PDF at Queen's University Belfast UK) mondeepsaikia@gmail.com 2023 Studies on Time Modulated Frequency Selective Surfaces for Radar Countermeasure width=90
9. Dr. Mahesh Singh Bisht (Currently at Simyog Technology, Bangalore) maheshbsht051@gmail.com 2022 Microwave Cloaking and Absorption Techniques for Reduction of Radar Cross-Section width=90
8. Dr. Abhinav Bhardwaj (Currently at Intel Technology, India) abhinavbiitk@gmail.com 2021 Localization and Absorption of Electromagnetic Waves in Anisotropic and Complementary Structured Materials (Thesis Co-Supervisor: Prof. S. A. Ramakrishna ) width=90
7. Dr. Debdeep Sarkar (Currently Assistant Professor at IISc Bangalore) debdeep1989@gmail.com 2018 Studies on Multi-band / Wide-band MIMO Antennas: Implementation and Characterization in Far-field / Near-field width=90
6. Dr. Archana Rajput (Currently Assistant Professor at IIT Jammu) rajput.archana07@gmail.com 2018 Studies on Internal and External RF Invisible Cloaks with Realizable Material Parameters for Improved Scattering Performance width=90
5. Dr. Alok Kumar Saxena (Currently Assistant Professor at IIT Jammu) alok291@gmail.com 2017 Unconditionally Stable Three-Dimensional LOD-FDTD Methods for Low Numerical Dispersion Error width=90
4. Dr. Saptarshi Ghosh (Currently Associate Professor at IIT Indore) joysaptarshi@gmail.com 2017 Studies on Multi-band and Broadband Absorbers based on Passive/Active Frequency Selective Surfaces width=90
3. Dr. Kushmanda Saurav (Currently Associate Professor at IIT Jammu) kushmandasaurav@gmail.com 2017 Studies on Multi-band Linearly and Circularly Polarized Printed Antennas for Wireless Communication Systems width=90
2. Dr. Somak Bhattacharya (Currently Associate Professor at IIT BHU Varanasi) bhattacharyya.somak@gmail.com 2015 Studies on Ultra-thin Microwave Metamaterial Absorber for Multiband and Wideband Applications width=90
1. Dr. Raghvendra Kumar Chaudhary (Currently Associate Professor at IIT Kanpur) raghvendra@iitk.ac.in 2014 Studies on Dielectric Resonator Antenna for Wide/Multi-band Applications Using Permittivity Variation Along Three Orthogonal Directions (Thesis Co-Supervisor: Prof. Animesh Biswas ) width=90