Projects

Q-TECH

Technology platform for exploring novel concepts in semiconductor devices for quantum computing
2022-2025

STARSED

Contribution to the application of single electron devices (SEDs) in miniaturized electronic systems with low energy consumption, through the development of new fabrication methods compatible with large-scale manufacturing to provide a “toolbox” that can be used in applications such as Internet of Things.
2019-2021

KardiaTool

An integrated POC solution with a disposable Lab-on-a-Chip LOC for diagnosis and therapy monitoring of heart failure patients, through non-invasive assessment of HF biomarkers from saliva samples.
2017-2021

Ions4SET

Production of extremely low-energy dissipation Single Electron Transistor quantum devices in the framework of CMOS technology for a straightforward integration into industrial processes.
2016-2020

Plastfun

Industrialized fabrication of plastic injection molded surfaces with advanced features due to the micro / nano surface texture and the integration of printed sheets with electronic functionality.
2014-2020

NANOINTEGRA

Extension of the state-of-the art in the integration of non-CMOS devices into CMOS circuits by generating new manufacturability methods and nanodevice concepts, specifically for nanomechanical resonators.
2016-2019

HEARTEN

Multi-stakeholder Heart Failure patient-centered mHealth ecosystem for the health status monitoring towards innovative and non-invasive breath and saliva sensors.
2015-2018

PLACYD

Pilot Line For Self Assembly Copolymer Delivery (PLACYD) project establishes a dedicated material manufacturing facility allowing the production of block copolymers meeting the standards for using in industry.
2014-2017

SNM

Single Nanometer Manufacturing for beyond CMOS devices. Pushing nano-manufacturing down the single nanometer digit regime and developing methods for precise generation and integration at the nanoscale.
2013-2017

CoLiSA.MMP

Computational Lithography for Directed Self-Assembly: Materials, Models and Processes. Bridging the gap between the multifaceted research activities on DSA and the integration in future processes and design flows.
2013-2016

aim4np

Automated in-line Metrology for Nanoscale Production. Combining measuring techniques developed in nanoscience with novel control techniques from mechatronics and procedures from traceable metrology.
2013-2016

NEMS-BIO-2

Development of micro/nano-electromechanical devices (cantilevers with electrical readout) and their application to a new high-sensitivity method for biomolecular (typically protein) detection.
2012 – 2014

NFFA

Nanoscience foundries and fine analysis (NFFA) european project sets out a platform to carry out comprehensive projects for multidisciplinary research at the nanoscale.