Photonic Architect in Toronto

Photonic Architect in Toronto

Toronto Temporary 90000 - 110000 $ / year (est.) Hybrid
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At a Glance

  • Tasks: Join our team to design and simulate high-speed optical interconnects for advanced data centres.
  • Company: Lightmatter, a leader in photonic technology based in Toronto.
  • Benefits: Hybrid work model, equity-inclusive compensation, and access to cutting-edge technology.
  • Other info: Exciting opportunity to work in a dynamic, innovative environment with career growth potential.
  • Why this job: Make a real impact in the future of data communication with your expertise in photonics.
  • Qualifications: PhD-level knowledge in optics and programming skills in Python and Matlab.

The predicted salary is between 90000 - 110000 $ per year.

Lightmatter in Toronto is hiring a Ph D-level temporary researcher for the Photonics Architecture team.

You will work on photonic architecture, analyzing interactions with Ser Des and TIAs, and simulate optical links to improve throughput and density.

The role requires deep optics expertise and programming with Python, Matlab, and photonic design tools.

Lightmatter offers a hybrid, equity-inclusive compensation package in a cutting-edge data-center photonics environment.

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Photonic Architect in Toronto employer: Lightmatter

Lightmatter is an exceptional employer, offering a dynamic work environment where innovation meets collaboration. With a strong focus on employee growth, comprehensive benefits including health care and retirement savings matching, and a flexible hybrid workplace model, team members are empowered to thrive both personally and professionally. Join us in revolutionizing AI data center infrastructure while working alongside brilliant minds in a culture that values creativity and impact.

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Contact Details:

Lightmatter Recruitment Team

We think you need these skills to ace Photonic Architect in Toronto

Optics Expertise
Photonic Architecture
SerDes Interaction Analysis
TIA Interaction Analysis
Optical Link Simulation
Throughput Improvement
Density Improvement