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Areas
A1 - Active and Smart Materials
A1.1 - Multifunctional 3D-printed thermoplastic nanocomposites for thermal
A1.2 - Evaluation of the elastocaloric performance of natural rubber based
A1.3 - Novel eco-sustainable polymer nanocomposites with piezoelectric capa
A1.4 - Development of multifunctional polymer composites with self-healing
A1.5 - Evaluation of the shape memory properties of eco-sustainable polymer
A2 - Sustainable and Flexible Electronics
A2.1 - Novel flexible nanocomposites with high thermal conductivity for the
A2.2 - Guided data-driven manufacturing
A2.3 - Conductive coatings fabricated by atmospheric plasma deposition
A2.4 - Battery-free Electronic Sensors with tiny machine learning on flexib
A2.5- The Operating Table as an Intelligent Hub for Data-Logging to Promote
A3 - Soft Robotics
A3.1 - Electrostatic Artificial Muscles
A3.2 - User interfaces based on electroactive polymers
A3.3 - Smart-material based energy harvesting
A3.4 - Vacuum-tuneable structured fabrics
A3.5 - Development of flexible active mechanical metamaterials for autonomo
A4 - Mobile Robotics and Industrial Systems
A4.1 - Robotised palpation diagnostics
A4.2 - Collision-free socially aware robot navigation
A4.3 - Localization for agricultural robotics
A4.4 - Human-centric collaborative manufacturing with industrial cobot for
A4.5 - Wireless control system for production of reconfigurable and/or fram
Equipment
Work with us
Home
Areas
A1 - Active and Smart Materials
A1.1 - Multifunctional 3D-printed thermoplastic nanocomposites for thermal
A1.2 - Evaluation of the elastocaloric performance of natural rubber based
A1.3 - Novel eco-sustainable polymer nanocomposites with piezoelectric capa
A1.4 - Development of multifunctional polymer composites with self-healing
A1.5 - Evaluation of the shape memory properties of eco-sustainable polymer
A2 - Sustainable and Flexible Electronics
A2.1 - Novel flexible nanocomposites with high thermal conductivity for the
A2.2 - Guided data-driven manufacturing
A2.3 - Conductive coatings fabricated by atmospheric plasma deposition
A2.4 - Battery-free Electronic Sensors with tiny machine learning on flexib
A2.5- The Operating Table as an Intelligent Hub for Data-Logging to Promote
A3 - Soft Robotics
A3.1 - Electrostatic Artificial Muscles
A3.2 - User interfaces based on electroactive polymers
A3.3 - Smart-material based energy harvesting
A3.4 - Vacuum-tuneable structured fabrics
A3.5 - Development of flexible active mechanical metamaterials for autonomo
A4 - Mobile Robotics and Industrial Systems
A4.1 - Robotised palpation diagnostics
A4.2 - Collision-free socially aware robot navigation
A4.3 - Localization for agricultural robotics
A4.4 - Human-centric collaborative manufacturing with industrial cobot for
A4.5 - Wireless control system for production of reconfigurable and/or fram
Equipment
Work with us
More
Home
Areas
A1 - Active and Smart Materials
A1.1 - Multifunctional 3D-printed thermoplastic nanocomposites for thermal
A1.2 - Evaluation of the elastocaloric performance of natural rubber based
A1.3 - Novel eco-sustainable polymer nanocomposites with piezoelectric capa
A1.4 - Development of multifunctional polymer composites with self-healing
A1.5 - Evaluation of the shape memory properties of eco-sustainable polymer
A2 - Sustainable and Flexible Electronics
A2.1 - Novel flexible nanocomposites with high thermal conductivity for the
A2.2 - Guided data-driven manufacturing
A2.3 - Conductive coatings fabricated by atmospheric plasma deposition
A2.4 - Battery-free Electronic Sensors with tiny machine learning on flexib
A2.5- The Operating Table as an Intelligent Hub for Data-Logging to Promote
A3 - Soft Robotics
A3.1 - Electrostatic Artificial Muscles
A3.2 - User interfaces based on electroactive polymers
A3.3 - Smart-material based energy harvesting
A3.4 - Vacuum-tuneable structured fabrics
A3.5 - Development of flexible active mechanical metamaterials for autonomo
A4 - Mobile Robotics and Industrial Systems
A4.1 - Robotised palpation diagnostics
A4.2 - Collision-free socially aware robot navigation
A4.3 - Localization for agricultural robotics
A4.4 - Human-centric collaborative manufacturing with industrial cobot for
A4.5 - Wireless control system for production of reconfigurable and/or fram
Equipment
Work with us
Work with us
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