Engineering Center "Flexible Printed Electronics and Photonics" of LETI University
Radiocommunication micro- and nanotechnology, extreme sensing, micronavigation, biomedical micro- and nanotechnology, micro- and nanoenergetics, and microrobotics.
Organization type: Engineering center
Engineering Center "Flexible Printed Electronics and Photonics" is being established at Saint Petersburg Electrotechnical University (LETI) for rapid prototyping and small-batch production of micro-technology products based on the modular principle of organizing robotic technological lines, allowing for the manufacture of a wide range of ultra-miniature 2D and 3D integrated systems combining electronic, optical, and mechanical components.
The basis for establishing the engineering center at LETI is a set of works performed by the electrotechnical university in current areas of flexible electronics and photonics [1] during the development of modern micro-technology, including:
With the direct participation of LETI, a project was implemented to create a cluster of flexible printed electronics and photonics [2], integrating a complex of inkjet, laser-printer, aerosol, and 2D and 3D micro-assembly technologies. This cluster reflects modern trends in mechanical engineering development focused on flexible, cost-effective, rapidly reconfigurable production — "desktop micro-factories."
Since 2013, the Russian Scientific and Technical Conference with international participation and the "Flexible Electronics" Youth Science School have been held annually at LETI.
The basis for establishing the engineering center at LETI is a set of works performed by the electrotechnical university in current areas of flexible electronics and photonics [1] during the development of modern micro-technology, including:
- creation of basic passive components (resistors, capacitors, inductors, antennas) for radio systems on flexible and rigid 2D and 3D substrates using printed electronics methods;
- mounting and assembly of miniature radio-technical modules for sensor-information networks with a radio channel using hybrid and conformal integration methods on flexible and rigid 2D and 3D substrates;
- development of flexible and conformal power sources for miniature sensor-information modules;
- development of technology for sensor-information and power-supply modules integrated into textiles.
With the direct participation of LETI, a project was implemented to create a cluster of flexible printed electronics and photonics [2], integrating a complex of inkjet, laser-printer, aerosol, and 2D and 3D micro-assembly technologies. This cluster reflects modern trends in mechanical engineering development focused on flexible, cost-effective, rapidly reconfigurable production — "desktop micro-factories."
Since 2013, the Russian Scientific and Technical Conference with international participation and the "Flexible Electronics" Youth Science School have been held annually at LETI.
Website: https://etu.ru/ru/nauchnaya-i-innovacionnaya-deyatelnost/novosti1/novyy-inzhiniringovyy-centr
Address: 5 Professora Popova St.
Phone: (812) 234-46-51
Email: info@etu.ru
Address: 5 Professora Popova St.
Phone: (812) 234-46-51
Email: info@etu.ru
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