 |
The following proposals for Master thesis or stages are currently available:
Development of technologies and devices for polymeric Lab-On-a-Chip (LOC) applications (PCR,
DNA hybridization, thermal management and electronic control, ...).
Please contact Matteo Cocuzza
Development of a biosensing platform based on microcantilevers (study of kinetics
of biomolecular interactions on surfaces, implementation of an automatic characterization
setup for static and dynamic mode, integration of cantilevers in a microfluidic platform,
optimization of Q-factor in liquids)
Please contact Carlo Ricciardi
Wet and dry (also plasma assisted) methods for chemically selective biosensing based on microcantilevers platforms.
Please contact Paola Rivolo
Development of an electronic circuit able to drive micropumps and valves for liquid handling in biomedical instrumentations.
Please contact Ivan Ferrante
Optimization of plasma polymerized thin films deposition processes for fabrics modification.
Please contact Paola Rivolo
Deposition of plasma polymerized thin films for polymeric substrates functionalization for DNA microarray-based biological applications.
Please contact Paola Rivolo
Study of the properties of PDMS for microfluidic applications (microvalves, bonding, ...) and set-up of a microfluidic characterization bench.
Please contact Matteo Cocuzza
Synthesis and characterization of a PDMS-Carbon NanoTubes composite for biological applications.
Please contact Marzia Quaglio
Development of a process for DNA extraction.
Please contact Marzia Quaglio
Innovative materials featuring magnetic and/or transport properties for printed flexible electronics.
Please contact Alessandro Chiolerio
MEMS sensors featuring magnetic nanostructured elements.
Please contact Alessandro Chiolerio
Magnetic-Quantum-Cellular-Automata for Logic application.
Please contact Alessandro Chiolerio
Theoretical characterization of surface effects on MEMS and NEMS devices: a multiscale approach combining Finite Element (FE) and Ab-Initio simulations.
Please contact Giancarlo Cicero
MEMS devices Finite Element Method (FEM) simulation (microfluidics, cantilevers,
microvalves, ...).
Please contact Matteo Cocuzza
Theoretical study on the growth of nanotubes.
Please contact Giancarlo Cicero
Theoretical study on the electronic properties of nanowires for photovoltaic applications.
Please contact Giancarlo Cicero
Theoretical study of organic/inorganic interfaces for sensor applications.
Please contact Giancarlo Cicero
Fabrication and characterization of silicon-based stratified structures for
photonic and biophotonic applications.
Please contact Emiliano Descrovi ,
Fabrizio Giorgis
Development of a theta-2theta ATR setup aimed at biosensing using Bloch surface Waves.
Please contact Emiliano Descrovi
Realization and characterization of metallic nanostructures for bio-sensing.
Please contact Fabrizio Giorgis
Rigorous modellization of surface electromagnetic waves on one-dimensional
photonic crystals.
Please contact Emiliano Descrovi
Fabrication and characterization of Multi Walled Carbon Nanotubes (MWCNTs) using
Chemical Vapor Deposition (CVD) for sensor and electronics applications.
Please contact Simone Musso
Development and characterization of polymer based composites reinforced with Carbon Nanotubes
(CNTs) for mechanical and thermal applications.
Please contact Simone Musso
Development of PVD and CVD/CVI processes for the fabrication of nanostructured materials and devices for brake systems applications.
Please contact Pietro Mandracci
Development of novel surface modification processes and biocompatible coatings for dental implants aimed at the performance improvement and the application of sensing functionalities.
Please contact Pietro Mandracci
Silicon q-dots nucleation in amorphous multilayers for IIIrd generation solar cells.
Please contact Elena Tresso
Low-cost materials and new techniques for photovoltaic applications.
Please contact Elena Tresso
Study and characterization of p-type implant activation into the n-type epilayer of SiC for a Junction Barrier Schottky (JBS) application.
Please contact Sergio Ferrero
Development and realization of a laser annealing process for p-type implant activation into the n-type epilayer of SiC.
Please contact Luciano Scaltrito
|
|
