Photonics Architect (Toronto)

Job Posted 9 Days Ago Posted 9 Days Ago
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Toronto, ON
Mid level
Artificial Intelligence • Hardware • Machine Learning • Software • Semiconductor
We’re Lightmatter, the photonic (super)computer company.
The Role
The Electro-Optic Systems Architect will develop innovative photonics architecture solutions, model and analyze electro-optic systems, collaborate with engineering teams, and validate designs through experiments. The role involves problem-solving for high-volume products and may include representing the company at technical conferences.
Summary Generated by Built In

Lightmatter is leading the revolution in AI data center infrastructure, enabling the next giant leaps in human progress. The company invented the world’s first 3D-stacked photonics engine, Passage™, capable of connecting thousands to millions of processors at the speed of light in extreme-scale data centers for the most advanced AI and HPC workloads.

Lightmatter raised $400 million in its Series D round, reaching a valuation of $4.4 billion. We will continue to accelerate the development of data center photonics and grow every department at Lightmatter!

If you're passionate about tackling complex challenges, making an impact, and being an expert in your craft, join our team of brilliant scientists, engineers, and accomplished industry leaders.

Lightmatter is (re)inventing the future of computing with light!

About this Role

We are hiring a Photonics Architect. The selected candidate will partner with external facing teams at Lightmatter and internal engineering teams to deliver groundbreaking products to the market. In this role, you will contribute to the design and development of innovative photonics architecture solutions to deliver high-volume products for our customers. You will engage with our cross-disciplinary engineering teams to model and analyze solutions.  You may also test and measure prototypes to validate the models. This role requires a solid understanding of leading-edge CMOS, advanced silicon photonics, high-speed (40+ GHz) electro-optic interfaces, and 3D integration. The role also requires creativity, analytical skills, and clear communication skills. You may represent the company at technical conferences as an example of our technical leadership.

Join a tight-knit team where each individual’s contributions directly influence the success of the company and product. You'll have the opportunity to build a new kind of computer from the ground up and to solve groundbreaking challenges along the way. Work with people who love to build and who thrive in technically diverse environments where great ideas are prioritized.

Responsibilities: 

  • Creative problem-solving and contributing to high-performance electro-optic and high-speed silicon photonics architecture solutions for high-volume products.
  • Electro-optic modeling and specification of optical transmitters and optical receivers combining semiconductor physics, photonics, and electronics simulation tools (e.g., Cadence Virtuoso, Keysight ADS, VPI Systems, Ansys Lumerical, COMSOL Multiphysics)
  • Validate the models by designing experiments, conducting proof-of-concept experiments, and analyzing existing data.
  • Actively collaborate with electronics and photonics engineers to specify, design, and validate circuits that meet performance, power, and production requirements.
  • Document and present your contributions. 

This is not a complete listing of the responsibilities. It’s a representation of the things you will be doing. 

Qualifications: 

  • A Ph.D. degree in Electrical Engineering or similar discipline with at least 5 years of relevant experience, or Master’s degree with at least 8 years of relevant experience.
  • Minimum 4 years of experience in silicon photonics electronic-photonic co-design and co-simulation. 
  • Minimum 4 years of experience in silicon photonic high-speed optical modulators and receivers.
  • Proficient in Cadence Virtuoso, Cadence Spectre, Verilog-A, Keysight ADS, VPI Photonics, and photonics design tools.
  • Highly proficient in coding simulations in Python or Matlab.
  • Experience in RF/mm-wave analog circuit design.
  • Experience with corner analysis and Monte Carlo analysis.
  • Experience collaborating with photonics and electronics teams.

Preferred Qualifications:

  • Experience in product development or projects with industry.
  • Silicon photonic integrated circuit design and test experience.
  • High-speed electro-optic measurement experience.
  • Knowledge of signal processing and signal integrity in optical communications.
  • Knowledge of SERDES and mixed signal interfaces.
  • Strong publication record. 
  • Excellent written and verbal communication skills.
  • Willingness and ability to learn quickly. Self-starter with a “no task is too big or small” attitude.

 

Benefits
  • Comprehensive Health Care Plan (Medical, Dental & Vision)
  • Retirement Savings Matching Program
  • Life Insurance (Basic, Voluntary & AD&D)
  • Generous Time Off (Vacation, Sick & Public Holidays)
  • Paid Family Leave
  • Short Term & Long Term Disability
  • Training & Development
  • Commuter Benefits
  • Flexible, hybrid workplace model
  • Equity grants

Lightmatter recruits, employs, trains, compensates, and promotes regardless of race, religion, color, national origin, sex, disability, age, veteran status, and other protected status as required by applicable law.


Top Skills

Matlab
Python
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The Company
HQ: Boston, MA
105 Employees
Hybrid Workplace
Year Founded: 2017

What We Do

Lightmatter is a startup photonics company that has pioneered a new paradigm in processor chip architecture that uses photons instead of electrons. Now the leader in the photonic AI compute “space race,” this new class of high performance semiconductors is the foundation of Lightmatter’s mission to enable the growth of computing, reduce harmful emissions associated with this growth, and democratize computing for all.

Lightmatter's technology accelerates critical operations in deep neural networks, using an array of programmable photonic elements fabricated alongside transistors in conventional computer chip fabrication processes. Our close-knit team of engineers has created an integrated photonics chip and ultra-high performance interconnect that is faster, more efficient, and cooler than anything else on earth (or anything ever experienced before) to power the next giant leaps in human progress.

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