At Oriole Networks, we are developing disruptive technologies for AI/ML and HPC networking that will revolutionise Data Centers. These technologies will speed up training and inference while dramatically reducing energy consumption for a sustainable future.

Key Responsibilities:

• Drive the design and simulation activity of passive and active components within the Oriole PDK.

• Lead the design customisation of high performance photonic building blocks within a commercial foundry PDK.

• Work collaboratively within the Oriole PIC team on mask layout and support tape-out cycles into a commercial foundry.

• Compose, analyse and deliver design specifications and other documentation within the Oriole Photonics supply chain.

• Support collaborative activities between Oriole and its suppliers.

• Provide analysis and drive parts of Oriole's technology roadmap.

• Drive Test development and data analysis activities.

Essential Skills:

• PhD in Physics with a focus on Photonics, Semiconductors or Optical Networks.

• +3 years of relevant professional experience in Photonics Industry or academia.

• Strong simulation skills in photonics (FDTD, EME) and hands on experience with commercial relevant software.

• In depth knowledge of device physics and design of III-V semiconductor optical devices such as lasers, optical amplifiers, modulators and detectors.

• In depth understanding of photonic process integration and understanding of processing limitations on PIC performance (principles of design for manufacture).

• Hands on experience with III-V epitaxial layer design using commercial or self-developed tools.

• Experience on designing high speed optical devices such as modulators and detectors for high baud rates and multi-level modulation formats.

• Strong Layout/Mask Design skills using commercial photonic layout tools (e.g. Synopsys, GDS Factory, Nazca, Klayout).

• Good understanding of Photonic device manufacturing principles, Design for manufacture, Design for test and reliability.

• Strong programming skills (preferably Python), and familiar with version control methodology.
  
  

Desired Skills:

• Photonic device characterisation, hands on experience with testing methodologies for wafer level and die level test.

• High speed RF design characterisation.

• RF simulation experience is a plus.

• Use of ML/AI methodologies or other computational optimisation techniques in photonic design simulations a plus.

• Good understanding of Optical networks and Applications of photonics for AI in data centres.

• Good understanding of PIC parameter impact on system performance (e.g. such as BER, link budget, power penalties etc), any system modelling experience is a plus.

• Excellent communication and presentation skills, team working.

• Good understanding of photonics industry trends for AI (new materials).