UGC Urges Universities, Colleges to Embrace 6G: Emphasizes M.Tech, PhD in Emerging Technologies
Specialized M. Tech Programs in THz Communication, Optical Communications and Satellite Communications is also proposed for consideration.
The University Grants Commission (UGC) has urged universities and colleges to revamp their M.Tech and Ph.D. programs, incorporating courses in cutting-edge technologies, including the forthcoming 6G network. In response to recommendations from the Department of Telecommunications (DoT) committee tasked with reviewing telecom-related subjects in communication engineering curricula, the UGC has directed Vice-Chancellors and Directors of higher education institutions to take proactive steps.
Acknowledging the imminent challenges and opportunities presented by the advent of 6G and the need to maximize the potential of 5G capabilities, the UGC emphasizes the significance of equipping future researchers and engineers with the requisite skills and perspectives. Notably, the proposal includes specialized M.Tech programs focusing on THz Communication, Optical Communications, and Satellite Communications.
Highlighting the importance of aligning education with emerging concepts and technologies essential for 6G, the UGC emphasizes the need to adapt undergraduate and graduate communication engineering programs to the evolving demands of this pre-6G era.
The formulation of the 6G vision draws from insights provided by the Technology Innovation Group (TIG) and six task forces tasked with exploring the fundamental pillars of the 6G Vision, devising a roadmap, and outlining action plans for India's 6G development.
Active engagement in research and development of 6G technologies can position India at the forefront of advanced telecommunications. This initiative not only enhances global competitiveness but also encourages investments, fostering indigenous innovation, thereby driving technology-driven economic growth.
In line with these directives, the Department of Telecommunications (DoT) convened a committee to review telecom-related topics in communications engineering curricula. The committee has identified potential research areas for Ph.D. programs, encompassing domains such as Optical Communications, Satellite Communications, Broadcasting, RF Engineering, Telecom Standardization, IPR, among others.
Institutions of higher education have been urged to evaluate the committee's recommendations and implement necessary upgrades to their M.Tech and Ph.D. programs accordingly.
Additionally, a standing committee comprising designated officers has been established to periodically review the curriculum of the All India Council for Technical Education (AICTE) every six months. This committee aims to propose necessary additions to existing courses and suggest new programs focusing on emerging technologies. Notably, recommendations include courses in Quantum Communication/Quantum Machine Learning (QML), Immersive XR, Cell-free Massive MIMO, mmWave and Tera-Hertz Communication, Advanced Artificial Intelligence (AI)/Machine Learning (ML), emphasizing their application in network optimization and intelligent network operations.
The committee has meticulously compiled a list of supplementary topics for inclusion in undergraduate and M.Tech programs after thorough analysis of the curriculum taught at IITs and top global universities, encompassing areas such as 5G NR fundamentals, Satellite, Optical Wireless Communication, and more.
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Abhay an alumnus of IIMC and Delhi University, has over a decade long experience of reporting on various beats of journalism. During his free time he prefers listening to music or play indoor and outdoor games.