Silicon Photonics: Build your own Chip
Optoelectronics Research Centre, University of Southampton
PhotonHub Demo centre
English
26. 10. 2022
Silicon-based photonic integrated circuits
Digital infrastructure

Silicon photonics plays a key role in many applications ranging from communication, sensing for healthcare, defence and environmental applications, LiDAR and more. The key advantage of silicon photonics is cost. Silicon is inherently cheap, and the infrastructure to fabricate silicon devices already exists within the electronics industry, which can be exploited for low-cost silicon photonics.

This one-day hands-on training course provides industry, particularly those seeking to better understand the challenges of silicon photonics fabrication, with an opportunity to fabricate their own silicon photonics devices in a cleanroom facility.

The course will focus on three technology areas:

  1. Deep-UV projection lithography for patterning designed devices into a photosensitive resist layer
  2. Etching of silicon waveguides and removal of the resist layer
  3. Cladding deposition to protect the silicon waveguides

Course attendees will learn the details of how silicon photonics devices are fabricated and gain a better understanding of the tolerances involved in the fabrication processes. They will learn technologies that are comparable to volume manufacturing technologies.

  • Understanding of how silicon photonics devices are fabricated
  • See the key silicon photonics fabrication processes (hands-on activity)
  • Understand the fabrication tolerances involved in fabricating silicon photonics devices (hands-on activity)
  • Take home a real silicon photonics chip that is compatible with other PhotonHub training courses
No experience Medium experience Advanced experience
It is desirable but not essential that course attendees have a basic understanding of photonics. The course is ideally suited to those planning to develop new silicon photonic products, or those who already operate “fab-less” and want to gain a better understanding of typical fabrication tolerances to enable the improvement of circuit designs.
University of Southampton
Southampton
United Kingdom of Great Britain and Northern Ireland
400 Euros per person
includes catering and project consumables
3-6 persons
#PICs#Manufacturing#Lithography#Waveguides#Etching#Communications#LiDAR#Sensing#SiliconPhotonics#IntegratedPhotonics