The 3rd intensive one-day course on silicon nitride integrated photonics

ePIXfab in collaboration with LIGENTEC is organizing the 3rd edition of an intensive short course on Silicon Nitride Integrated Photonics. This is two half-day course, which will take place on 21-22 March 2022. The course will take place in a hybrid mode where you can join either onsite in EPFL Innovation Park (Uranus room in Building D) Lausanne (Switzerland) or online.

Schedule

21 March (1:00 PM – 6:00 PM CET)
22 March (9:00 AM – 1:00 PM CET)

Practical information

Videos are not available.

for more information contact: Dr. Abdul Rahim (abdul.rahim@epixfab.eu)

more information

Practical information

When?

21-22 March
12PM - 12PM

Where
  • Online from Belgium
  • Onsite from EPFL Innovation Park (Uranus room in Building D) Lausanne (Switzerland)
Fee
  • Non-ePIXfab members: 200 Euro for university and 400 Euro for others
  • ePIXfab members: 130 Euro for university and 260Euro for others

Partners

 
 
 
 
 

Prof. Roel Baets Chair of ePIXfab | Ghent University-imec | Belgium

  1. Welcome, practical details and introduction of the experts , about LIGENTEC 
  2. PM Tutorial: Introduction to Silicon Nitride PICs 
 

Dr. Andim Stassen  | imec |  Belgium

Different silicon nitride flavors (LPCVD, PECVD, other)

 

Dr. Douwe Geuzebroek | LioniX International | the Netherlands

Different waveguide types and associated fiber-chip coupling methods

 

Dr. Michael Geiselmann | LIGENTEC | Switzerland

Ultra-low loss in SiN waveguides

 

Prof. Pascual Muñoz | Universitat Politècnica de València | Spain

Challenges and opportunities of large-scale integration in SiN Integrated Photonics

 

Dr. Amir Hossein Ghadimi | CSEM | Switzerland

Integration of modulators – the options

 

Prof. Jeremy Witzens | RWTH Aachen University

State of the art in SiN Integrated Photonics

 

Dr. Camiel Op de Beeck | LIGENTEC | Switzerland

  1. Topical Lecture: Integration of light sources – the options
  2. Use Case: Nonlinear optical functions enabled by SiN PICs
 

Dr. Abdul Rahim | ePIXfab |Ghent University | Belgium

Silicon Nitride Integrated Photonics Fabrication Platforms

 

Prof. Camille Sophie Brès | EPFL | Switzerland

Use Nonlinear optical functions enabled by SiN PICs

 

Dr. Ségolene Olivier | CEA –LETI | France

Quantum signal Processes enabled by SiN Integrated Photonics

 

Prof. David Marpaung | University of Twente | the Netherlands

Microwave Photonics and Optical Communication

 

Luc Scheres | Surfix | the Netherlands 

Ultra-sensitive Diagnostic Platform by using SiN PICs