FibroMAV
- Project Title: Development of advanced nanofibrous membranes, via electrospinning, for enhancing the biomimetic capabilities of bio-inspired micro air vehicles
- Programme: POST-DOC
- Proposal Number: POST-DOC/0524/0015
- Duration: 01/02/2025 – 31/01/2027 (24 months)
- Total funding: €168,644
- Funding Agencies: The project POST-DOC/0524/0015 is implemented under the programme of social cohesion “THALIA 2021-2027” co-funded by the European Union, through Research and Innovation Foundation.
- Abstract: The FibroMAV Post-doctoral project seeks to leverage technological advancements regarding the development of Avian-inspired Biomimetic Micro Air Vehicles (BMAVs), a field that is currently considered as a “hotspot” for research and technological innovation. The primary objective of the project is the design and development of innovative and sustainable advanced polymer-based electrospun nano/microfibrous membranes, that will be used to enhance the biomimetic capabilities of MAVs. In addition, during the project, high-performance polymer composites will be studied for manufacturing the frames and bodies and to holistically integrate the first fully functional avian-inspired flying MAV with unique features. The FibroMAV project is characterized by strong innovations in the fields of nanomaterials and nanocomposites and combines a high level of competencies and expertise in the fields of material science and engineering, electromechanical and design practices, robotics, prototyping, manufacturing and innovation management. The consortium consists of top players in the field, coordinated by a young female scientist, Dr. Georgia Papaparaskeva, bringing together industrial and academia partners; one SME as HO (CyRIC – Cyprus Research and Innovation Center) and one RTO, PA1 (Mechanical and Manufacturing Engineering Department, UCY-MME). The project aims to advance the current formulate technology from TRL3 to TRL5 by the end of the project. The proposed interdisciplinary research aims to open new horizons in sustainable environmental wildlife monitoring in Cyprus, and beyond. Our vision is to provide non-intrusive technologies for monitoring endangered species and any other form of wildlife. We strongly believe that through this research project we can make a strong scientific and industrial impact within the local and international RTDI thematic sector of advanced materials.
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Cyprus Research & Innovation Centre, |
Department of Mechanical and Manufacturing Engineering, Polymers and Polymer Processing Laboratories |
In FibroMAV, CyRIC plays the central role as the main beneficiary, overseeing the overall project management and coordination, while leading the dissemination and exploitation activities. CyRIC leads several key aspects of the FibroMAV project. Starting from TRL3 and going up to TRL5 via the complementary partnership created between the HO (CyRIC, industrial partner) and PA1 (UCY, academic partner), the project aims to establish the FibroMAV avian-inspired drone solution by means of the electrospinning and 3D printing processes, which are currently in the forefront of the technological and industrial advancements involving advanced polymer-based composite materials.
CyRIC’s significant investments include:
- State-of-the-art infrastructure
- High-caliber personnel
- Design and development of innovative biomimetic micro air vehicles (BMAVs)
Added value:
The project is expected to have a significant scientific and technological impact at the national level. The innovation in materials and MAVs could lead to sustainable solutions for environmental monitoring, addressing local and global challenges. Specifically, the project targets wildlife monitoring and environmental sustainability, which are socially beneficial in the context of environmental conservation in Cyprus. The project could also foster job creation and stimulate local industries, particularly in high-tech sectors, contributing to the national economy.
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