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🎤 Investigação apresentada no IEEE/ASME MESA 2024 (2-4 de setembro)!
Ler mais: 🎤 Research Presented at IEEE/ASME MESA 2024 (2-4 of September)!LITecS had the incredible opportunity to present groundbreaking research from the ROBOTA-SUDOE project at the IEEE/ASME MESA 2024, an international conference on mechatronic and embedded systems. On September 3rd, two significant studies in soft robotics were showcased, demonstrating advancements in agricultural automation and robotic adaptability. In the morning session, researchers presented the study “Fusion of…
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🌳 LITecS na Feira de São Tiago: Representar a UBI e inspirar a inovação
Ler mais: 🌳 LITecS at Feira de São Tiago: Representing UBI and Inspiring InnovationLITecS had the honor of representing the University of Beira Interior at Feira de São Tiago, an annual event that celebrates the cultural, technological, and innovative spirit of the region. This event provided a unique opportunity to engage with the community and showcase some of our most exciting projects. One of the highlights was a…
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LITecS no Dia Verde: Impulsionar a inovação para um futuro sustentável
Ler mais: 🌍 LITecS at Green Day: Driving Innovation for a Sustainable FutureLITecS participated in Green Day on May 6, 2024, an event organized by Green Ethics, ASTA-Teatro, and the Faculty of Engineering at the University of Beira Interior. Held at the Faculty of Engineering, this inspiring initiative showcased innovative projects that promote sustainability and technological advancements. During the event, LITecS presented research focused on environmental sustainability,…
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Investigação inovadora apresentada no ICARSC 2024!
Ler mais: Innovative Research Presented at ICARSC 2024!Nature-inspired soft robotic fingers are revolutionizing robotic manipulation! At ICARSC 2024, Rodrigo Antunes presented research developed at LITecS, focusing on optimizing the Fin Ray Effect to enhance adaptability and efficiency in robotic grasping. Using ANSYS finite element analysis, researchers explored structural characteristics impacting grip strength and flexibility. Additionally, TPU prototypes were fabricated using FFF 3D…
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Descrição em vídeo do projeto BioD'Agro
Ler mais: Video description of the BioD’Agro projectUm vídeo que fornece uma explicação abrangente dos objectivos do projeto BioD'Agro.