ApplyBlast uses AI to match you with the right jobs, tailor your resume and cover letter, and apply automatically so you can land your dream job faster.

Features

Auto Apply Resume Optimizer Cover Letter Optimizer Interview Prep

Company

Social Media

Need Help?

team@applyblast.com

Electro-Optic Systems Architect at Lightmatter - ApplyBlast

Electro-Optic Systems Architect

Lightmatter

1 month ago

4.0 on Glassdoor

Mountain View, California, United States

Hybrid

Full Time

Senior

0 applicants

View Job Listing

Apply to 100+ jobs

About this role

Lightmatter is seeking an Electro-Optic Systems Architect to partner with internal and external teams in delivering groundbreaking photonics products. The role involves designing and developing innovative electro-optic architecture solutions, ensuring Passage's electrical-optical-electrical links meet customer requirements, and validating models through testing and analysis. This position requires expertise in CMOS, silicon photonics, and high-speed electro-optic interfaces to contribute to the future of computing with light.

Responsibilities

Design electro-optic architecture solutions for high-volume products
Model and analyze electro-optic system links using simulation tools
Validate models through high-speed RF experiments and hardware testing

Skills

Qualifications

Ph.D. in Electrical EngineeringMaster's degree in Electrical Engineering

About Lightmatter

lightmatter.co

Headquarters

Mountain View, California, United States

Company Size

51-200 employees

Founded

2017

View Profile

Lightmatter is a photonic (super)computer company that merges photonics and computing to rethink the limits of AI. The company designs photonic interconnect chips — including its Passage co-packaged optics platform and Guide VLSP light engine — to deliver high-bandwidth, energy-efficient networking for large-scale AI supercomputers and data centers. Its products enable massive GPU cluster scaling for frontier AI training and inference workloads by overcoming the bandwidth limitations of conventional electrical interconnects.