Full-Time

Photonics Architect

Toronto

Posted on 8/15/2024

Lightmatter

Lightmatter

201-500 employees

Develops photonic supercomputers for AI tasks

Automotive & Transportation
Hardware
AI & Machine Learning

Mid, Senior

Toronto, ON, Canada

Flexible, hybrid workplace model.

Category
Electronics Design Engineering
Electrical Engineering
Required Skills
Python
MATLAB
Data Analysis
Requirements
  • A Ph.D. degree in Electrical Engineering, Applied Physics or similar discipline with at least 3 years of relevant experience, or Master’s degree with at least 6 years of relevant experience.
  • Minimum 3 years of experience in modeling silicon photonic circuits.
  • Minimum 2 years of experience in controlling silicon photonic circuits.
  • Deep understanding of photonics, optical nonlinearities, semiconductors, thermal physics, transmission lines.
  • Strong proficiency in photonic circuit simulations, using industry-standard tools such as VPI Systems, Lumerical Interconnect, or equivalent.
  • Strong proficiency in coding simulations in Python or Matlab.
  • Experience with corner analysis and Monte Carlo analysis.
  • Experience collaborating with photonics and electronics teams.
Responsibilities
  • Creative problem-solving and contributing to high-performance photonic architecture solutions for high-volume products.
  • Develop, simulate, and validate control and initialization algorithms for photonic circuits.
  • Multiphysics considerations and simulations of photonic circuits.
  • Validate the models by designing experiments, conducting proof-of-concept experiments, and analyzing data.
  • Actively collaborate across disciplines—with electronics, photonics, and mechanical engineers —to design systems, algorithms, circuits, and devices that meet performance, power, and production requirements.
  • Document and present your contributions.

Lightmatter develops photonic supercomputers that use light for processing, significantly enhancing the speed and energy efficiency of computing tasks. Their technology can accelerate artificial intelligence tasks by ten times while consuming 90% less energy than traditional electronic processors. This makes their products particularly valuable for industries like AI and autonomous vehicles, where rapid data processing is crucial. Lightmatter collaborates with prestigious institutions such as Harvard and Boston University to improve electro-photonic systems for self-driving cars. Unlike competitors that rely solely on electronic processing, Lightmatter's focus on photonic computing sets it apart, allowing for faster and more energy-efficient solutions. The company's goal is to lead the market in advanced computing technologies, generating revenue through hardware sales, software licenses, and strategic partnerships.

Company Stage

Series D

Total Funding

$799.6M

Headquarters

Boston, Massachusetts

Founded

2017

Growth & Insights
Headcount

6 month growth

1%

1 year growth

1%

2 year growth

2%
Simplify Jobs

Simplify's Take

What believers are saying

  • Growing demand for energy-efficient computing boosts Lightmatter's market potential.
  • Partnerships with cloud providers enhance integration for AI tasks.
  • Advancements in electro-photonic integration improve Lightmatter's product offerings.

What critics are saying

  • Emerging competition from companies like Lightelligence may impact market share.
  • Rapid advancements in quantum computing could overshadow photonic solutions.
  • Supply chain vulnerabilities in photonic components may cause production delays.

What makes Lightmatter unique

  • Lightmatter's photonic chips offer 10X speed increase over traditional processors.
  • The company focuses on energy efficiency, using 90% less energy than electronic processors.
  • Lightmatter collaborates with top institutions to advance electro-photonic systems for AI.

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