MTT-S Webinar Editorial Calendar
Watch MTT Webinars on Youtube
Microwave Webinars cover a range of topics that are relevant to the microwave industry, straight from the innovators who are pioneering the latest innovations. Position your organization as a thought leader with a direct touchpoint into the industry by sponsoring a microwave webinar.
*Editorial Calendar is tentative and subject to change
1/13/2026
Shaping the Field: The Role of Resonant Cavities in Microwave Systems
Maurizio Bozzi | University of Pavia, Italy
2/10/2026
Mammography using Low Frequency Electromagnetic Energy
Omar Ramahi | University of Waterloo, Canada
3/10/2026
Lessons from the 3MT: Crafting and Delivering Clear, Brief, and Memorable Scientific Presentations
Erin Kiley | Massachusetts College of Liberal Arts
4/14/2026
Quantum versus Physical Coupling of Entangled Quantum Resonators
Abbas Omar | University of Magdeburg, Germany
5/12/2026
The Analogy between Magnetic Resonance Imaging and Qubits in Quantum Computing
Abbas Omar | University of Magdeburg, Germany
6/16/2026
Ray Tracing for Antenna Modelling: Balancing Accuracy and Speed
Oscar Quevedo-Teruel | KTH Royal Institute of Technology, Sweden
7/14/2026
Metamaterial Inspired RF Sensors for Biomedical and Industrial Applications
M. Jaleel Akhtar | Indian Institute of Technology-Kanpur, India
8/11/2026
AI-based Topology Discovery for RF and millimeter-wave Integrated Circuits
Harish Krishnaswamy | Columbia University, USA
9/9/2026
Biomedical Integrated Sensing and Communications
Victor Manuel Lubecke | University of Hawaii at Mānoa, USA
10/13/2026
RF Circuits and System Design from the Perspective of Waveform Level Signal Processing
Bayaner Arigong | Florida A&M University—Florida State University College of Engineering, USA
11/10/2026
Medical Radar - Understanding the Significance of Short-Range Propagation Effects
Alexander Kölpin & Bartosz Tegowski | Technische Universität Hamburg, Germany
12/8/2026
Building Sustainable Microwave Systems: From Component Life-Cycle Assessment to Adopting Circular Materials
Mahmoud Wagih | University of Glasgow, United Kingdom
