Associate Professor

I specialize in planar antenna design and RF/microwave engineering for wireless, 5G/6G, satellite, non-terrestrial networks (NTN), radar, automotive, underwater, Wi-Fi/WLAN, and IoT applications. My expertise includes UWB, compact and miniaturized antennas, MIMO, metamaterial/metasurface-based antennas, DRAs, reconfigurable antennas, EBG/AMC-integrated antennas, superstrate-enhanced designs, antenna arrays, and 3D-printed/additively manufactured antennas.
My research also focuses on mmWave/sub-THz antennas, beam steering, conformal and wearable antennas, RIS, integrated sensing and communication (ISAC), RF sensing, and AI/ML-assisted antenna design and optimization. This includes machine-learning-based antenna modeling, surrogate modeling, intelligent optimization, physics-informed AI for electromagnetics, AI-assisted inverse antenna design, performance prediction, and automated electromagnetic design optimization. I employ HFSS, CST, and FEKO, along with advanced fabrication and experimental characterization, to develop high-performance RF solutions for next-generation communication, sensing, and space systems.
Candidates interested in pursuing a PhD in Microwave Engineering, RF Engineering, Antenna Design, Electromagnetics, or related areas are encouraged to contact me by email to discuss their research interests and potential areas of work. I am interested in supervising both full-time (regular) and part-time PhD candidates, subject to the availability of suitable research topics, academic background, and institute requirements. Prospective PhD candidates are advised to follow the official PhD admission process at BITS Pilani, which is conducted twice a year. Candidates should apply through the prescribed admission process and may contact me beforehand to discuss the broad alignment of their research interests with my research areas.
Email: sudeepb@goa.bits-pilani.ac.in
PhD Admissions: https://www.bitsadmission.com/
Applicants are encouraged to mention their academic background, relevant coursework, research interests, project/thesis experience, and a brief description of their intended research area when contacting me.

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