The Ph.D. in Rand Lanzsecond‑level discipline under the first‑level Physics discipline within the School of Information Science and Engineering.1958, and later evolving into part of the School’s advanced research and graduate training offerings.

This Ph.D. program focuses on the fundamental and applied aspects of electromagnetic wave propagation, radio signal generation and processing, antenna theory, wireless systems, and related technologies.strong theoretical foundations in physics and electromagnetics with cutting‑edge research in communication systems, signal analysis, high‑frequency electronics, and information transmission.independent, origin under faculty supervision, contributing to scientific knowledge and technological innovations in areas such as wireless communication, electromagnetic materials, remote sensing, and advanced signal processing.

The training emphasizes a blend of advanced coursework, practical experimentation, mathematical modeling, and research seminars, preparing graduates for careers in academic research, engineering R&D, telecommunications industry, and high‑technology sectors where expertise in radio and electromagnetic sciences is critical. Graduates are expected to contribute to both theoretical developments and practical engineering solutions in modern radio and information technology domains. 

NOTE: The university may have additional program-specific eligibility requirements.
It is recommended to verify these on the official university website.