Expert Talk on RF design for Sustainability
IEEE MTT-S MJCET SBC successfully organized an expert talk on the topic “RF Design for
Sustainability”, aimed at providing participants with insights into modern RF system design and its
role in enabling sustainable technological solutions. The session was conducted in online mode on
17 February 2026 and witnessed active participation from students, faculty members, and
enthusiasts interested in microwave engineering and sustainable communication technologies. The
keynote speaker for the event was Dr. Jasmine Grosinger, Chair of Communication Engineering at
the University of Siegen, who delivered an engaging and informative lecture highlighting
advancements in RF design, miniaturized systems, and their real-world applications in sustainable
engineering. The session covered fundamental concepts as well as emerging trends in RF
technologies, emphasizing how innovative design approaches can contribute to energy efficiency and
responsible technological development. The expert talk included detailed presentations on
miniaturized transponders and tags, practical case studies, and discussions on integrating RF
systems into modern sustainable applications. Participants benefited from the speaker’s extensive
academic and research experience, gaining exposure to global perspectives in microwave and
communication engineering.
The session concluded with an interactive Q&A, allowing attendees to engage directly with the
speaker and clarify their understanding. Overall, the event successfully promoted technical learning
and encouraged interest in microwave and RF engineering among students.
Date and Time
Location
Hosts
Registration
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Yusra Gavandi
9121075427
Speakers
Dr Jasmine Grosinger
RF design for Sustainability
The expert talk focused on how modern microwave engineering can enable energy-efficient and responsible technological growth. Dr. Jasmine Grosinger guided the audience through the evolution of RF systems, with a particular emphasis on the development of miniaturized transponders and tags. By presenting practical case studies and global research perspectives, the session illustrated how innovative design strategies—such as system miniaturization and optimized communication protocols—directly contribute to sustainable engineering solutions and the future of green communication technologies
Biography:
Jasmin Grosinger is Full Professor of Communication Engineering at the University
of Siegen, Germany. Her research focuses on sustainable wireless communication
systems. Previously, she was Associate Professor at the Institute of Microwave and
Photonic Engineering at Graz University of Technology, Austria, and from 2023 to
2025 served as Visiting Associate Professor at the Graduate School of Engineering at
Tohoku University, Japan.
She is a Senior Member of the IEEE and co-author of numerous peer-reviewed
publications, book chapters, and invention disclosures. Her work has been recognized
with several awards, including the Jubilee Foundation Prize of the Federation of
Austrian Automotive Industry for her PhD research and the Mind the Gap – Diversity
Award of Graz University of Technology (2021).
Prof. Grosinger served as Associate Editor for the IEEE Microwave and Wireless
Technology Letters (2019–2024) and currently acts as the inaugural Editor-in-Chief
of the IEEE Journal on Wireless Power Technologies. Within the IEEE Microwave
Theory and Technology Society (MTT-S), she contributes to Technical Committees 25
(Wireless Power Transfer and Energy Conversion) and 26 (RFID, Wireless Sensors,
and IoT). She is a Distinguished Microwave Lecturer-Emeritus, an Elected Voting
Member of the MTT-S Administrative Committee (since 2023), and served as
Meetings and Symposia Chair (2024–2025). Since 2026, she has served as Chair of
Member and Geographical Activities
Agenda
- Opening & Introduction: Formal commencement of the session and an introduction to the keynote speaker, Dr. Jasmine Grosinger (Chair of Communication Engineering, University of Siegen).
- Keynote Presentation: An in-depth lecture on "RF Design for Sustainability," focusing on fundamental concepts, miniaturized systems (transponders and tags), and emerging trends in microwave engineering.
- Case Studies & Applications: A detailed exploration of energy-efficient design approaches and the practical integration of RF systems into real-world sustainable engineering solutions.
- Interactive Q&A & Conclusion: A dedicated session for participants to engage with the speaker, followed by closing remarks on the future of sustainable communication technologies.
Media
| Expert Talk | Speaker with organizing team and online participants | 531.62 KiB |
| Expert Talk | 680.75 KiB | |
| Expert Talk | 496.88 KiB |