Ph.D Giovanni Gilardi   

Electronic engineer, Postdoctoral researcher

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 Where/When: Technical University of Eindhoven - Post doctoral researcher / 2012-now

 Project name: ELPHI: Exploring the limits of Photonics integrations

 Activity: Design, fabrication and characterization of low-cost, small-footprint, high  performance InP-based transceivers   

 Skills involved/developed: Desgin of PIC, Clean room fabrication, Nanofabrication, LNA measurement, RF characterization of PIC , Bit Error Rate and Eye diagram measurements

 

     

 

 

 Where/When: Technical University of Denmark - Visiting scientist /2011

 Project name: Catalysis for Sustainable Energy initiative Center

 Activity: Design, fabrication and characterization of plasmonic device integrating isotropic fluid  and liquid crystals as tuning medium   

 Skills involved/developed: Desgin of plasmonic devices, Clean room fabrication, Nanofabrication, free space measurements

 

     
 

 

Where/When: Universita' La sapienza di Roma - Ph. D student / 2008-2011

 Project name: Lightwave circuits based on organic materials for optical signal filtering and switching in WDM communication systems and sensing (Best PhD thesis award from the Italian Liquid crystal society)

 Activity: Design, fabrication and characterization of optical filter and switches based on liquid crystals and azo compounds. Optofluidic sensors based on Whispering Gallery Modes    

 Skills involved/developed: Desgin of optical circuits based on glass and silicon, Clean room fabrication, microfabrication of LCoS devices, microsphere based Whispering Gallery Modes devices, in fiber and free space characterization of optical devices

 

     

 

 

 

Where/When: CNR - Institute for Microelectronic and Microsystems - Scholarship / 2008

 Project name: Design and fabrication of electro-optical devices based on microsphere resonators 

 Activity: Design, fabrication and characterization of optical filter and switches based on liquid crystals and High-Q microspheres     

 Skills involved/developed: Desgin of optical circuits based on glass and silicon, Clean room fabrication, microsphere based Whispering Gallery Modes devices, in fiber and free space characterization of optical devices, optofluidic devices

 

     
 

 

Where/When: Universita' La sapienza di Roma - Master thesis  / 2007

 Project name: Liquid crystal on silicon devices

 Activity: Design, fabrication and characterization optical switches and variable optical attenuators based on V-grooves in silicon filled with liquid crystals      

 Skills involved/developed: Desgin of optical circuits based on silicon, Clean room fabrication, in fiber and free space characterization of optical devices

 

 

   
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Last update 11/01/2015 19.40.12

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