Additive manufacturing technologies for novel sensors, antennas and electromagnetic devices
This talk presents recent advances in additive manufacturing technologies for the development of innovative sensors, antennas, and electromagnetic devices. Emphasis is placed on how emerging fabrication techniques, including printed electronics and advanced material deposition processes, enable the realization of lightweight, flexible, low-cost, and highly customizable microwave and RF components.
The presentation discusses the impact of additive manufacturing on the design and prototyping of next-generation electromagnetic structures, highlighting its potential to overcome limitations of conventional fabrication methods. Examples include the implementation of compact and conformal antennas, wearable and biomedical sensors, frequency selective structures, and other functional devices for communication and sensing applications.
Special attention is given to the relationship between materials, fabrication processes, and electromagnetic performance, as well as to the opportunities opened by additive manufacturing for rapid prototyping, integration on unconventional substrates, and the development of smart and multifunctional devices.
The talk offers an overview of current challenges, recent research results, and future perspectives in this rapidly evolving field, showing how additive manufacturing is becoming a key enabling technology for modern microwave engineering and applied electromagnetics.
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- Campina Grande, Paraiba
- Brazil