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QWED is a dynamic hi-tech company, set up in 1997 and based in Warsaw, Poland. Being a happy blend of academic researchers, microwave engineers and computer experts, we develop and produce electromagnetic simulators of supreme accuracy, tailor-made to users’ needs in a friendly format, several types of resonators for precise measurements of electromagnetic properties of materials at microwave frequencies and Microwave Frequency Q-Meter – an inexpensive computer controlled microwave oscillator system that enables quick and automatic measurements with a dedicated resonators. Currently QWED employs 10 people and cooperates with 6 consultants. Clients in 33 countries on six continents have applauded consistent high quality of QWED’s products and services.
QWED invented and commercially develops electromagnetic software packages of the QuickWave series and apply to electromagnetic research and industrial design.
QWED manufactures several types of resonators (also referred to as test fixtures) for precise measurements of electromagnetic properties of materials at microwave frequencies. Each resonator is equipped with specialised software for extracting the relevant data (typically, complex permittivity or real permittivity and loss tangent) from measurements. The resonators and the accompanying software are based on years of research led by QWED’s expert Prof. Jerzy Krupka and documented in dozens of worldwide-appreciated scientific and technical publications. The quality of the resonators has been recognised by industrial practitioners, leading researchers, and industrial standard creators. QWED is especially proud of recognition by Agilent Technologies who decided to supplement their 85071E Material Measurement Software with Option 300 serving directly QWED’s Split Post Dielectric Resonators.
QWED also produces Microwave Frequency Q-Meter which is a pocket size device allowing quick and automatic measurements of material properties with a dedicated Split Post Dielectric Resonator and Single Post Dielectric Resonator.
An Australian company aiming to pursue the research and development of high performance reflector and feed systems for SATCOM, radio astronomy and remote sensing operations. It gathers a world class antenna design team comprising specialists in feed horn and reflector design, waveguide components design, and computational electromagnetism. The Lyrebird AR design experience extends from L-band to > 50 GHz.
A small R&D company specialising in millimetre and submillimetre-wave research and applications. Its speciality areas include microwave, millimetre-wave, and THz technology and applications. Fields of THz Globalâs interest include high speed electronics, millimetre-wave and submillimetre-wave measurements and instruments, molecular spectroscopy, active and passive imaging, RF bio effects, and biomedical applications, high frequency sources, detectors and components, and new technology applications.
The Institute of Information and Communication Technologies (ITACA) of the Universitat PolitÄcnica de ValÄncia (UPV) was founded in 1999 by the Governing Board of the UPV. In 2005, ITACA was recognised by the Valencian Government as a University Research Institute, the highest research grade for research structures of Spanish Universities. With a global vision, ITACA conducts cutting-edge translational research using an approach based on responding to the challenges that our society is facing, creating scientific advances that can be directly implemented by public and private entities. Fueling scientific breakthroughs and technological advances with an interdisciplinary approach, ITACA conducts research over a broad spectrum of disciplines related to ICT, including digital electronic systems, industrial electronics, telecommunication systems, telematics, ICT systems in healthcare, sensor integration, electronic compatibility, electromagnetism and microwave research.
Worcester Polytechnic Institute was founded in 1865 to create and convey the latest science and engineering knowledge in ways that are most beneficial to society. Today, WPI holds firm to its founding mission to provide an education that balances theory with practice. WPI faculty members work with students on interdisciplinary research seeking solutions to important and socially relevant problems, both on campus and at more than 50 project centers throughout the Americas, Africa, Asia-Pacific, and Europe. Center for Industrial Mathematics and Statistics aims to build partnerships between WPI, industry, and the general mathematical community that benefit students, faculty, and their sponsors. As a division of CIMS, the Industrial Microwave Modeling Group (IMMG) is active. In its works, the Group relies on state-of-the-art mathematical modeling, scientific computations, and optimization in such applications as Multiphysics processes and complex systems of microwave power engineering, broadband/multiband antennas and radiating systems, and nondestructive evaluation and testing of materials.
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