i3N is committed to the UN 2030 SDG, the EU Circular Economy Action Plan and the objectives of the European Chips Act, namely the emergent technologies. As such, research on sustainable micro and nanofabrication strategies is our core activity, seeking for design and process methodologies able to take an economically and environmentally responsible fabrication dimension to the other TLs, always having in mind upscaling capability.
Major fields of action are:

TL4 - Biomedical Devices and Systems
We are witnessing a major investment in preventive and precision medicine with excellent results in increasing longevity, while preserving the quality of life and public health. New and intelligent technologies are playing a fundamental role
TL1 - Sustainable Micro and Nanofabrication
i3N is committed to the UN 2030 SDG, the EU Circular Economy Action Plan and the objectives of the European Chips Act, namely the emergent technologies. As such, research on sustainable micro and nanofabrication strategies is our core activity, seeking for design and process methodologies able to take an economically and environmentally responsible fabrication dimension to the other TLs, always having in mind upscaling capability.
TL3 - Nanomaterials Engineering and Functional Interfaces
This TL deals with the development of cutting-edge functional and sustainable nanomaterials, nanostructures, and interfaces, the key one challenge on device performances, aiming to integrate cross-disciplinary solutions in inter-related areas
TL2 - Green and Clean Energy Systems
Today, coping with the environmental challenges while improving the citizens' welfare demands an urgent energetic transition. For that, a full technological revolution has become a pressing need to ensure the expected decarbonization of our planet

Integration Strategies

We follow design-for-manufacturability approaches, considering integration from the start. While hybrid integration is indissociable from the next wave of (opto)electronic systems, many of our developments can benefit from a simple and cost-effective monolithic integration, given the multifunctionality of our materials. An example is the use of oxide TFTs both as sensors (temperature, radiation) and control electronics, in flexible substrates.

TL4 - Biomedical Devices and Systems
We are witnessing a major investment in preventive and precision medicine with excellent results in increasing longevity, while preserving the quality of life and public health. New and intelligent technologies are playing a fundamental role
TL3 - Nanomaterials Engineering and Functional Interfaces
This TL deals with the development of cutting-edge functional and sustainable nanomaterials, nanostructures, and interfaces, the key one challenge on device performances, aiming to integrate cross-disciplinary solutions in inter-related areas
TL2 - Green and Clean Energy Systems
Today, coping with the environmental challenges while improving the citizens' welfare demands an urgent energetic transition. For that, a full technological revolution has become a pressing need to ensure the expected decarbonization of our planet