The Layout Engineering Intern will translate schematics into layouts, understand layout-dependent effects, collaborate with designers, and document processes while enhancing communication skills.

The intern will work on automated photonic test systems, develop software for testing, analyze data, and support related jobs.

The Sr./Principal Mixed-Signal Digital Architect will design digital circuits for photonic-based communication, collaborate with teams, and lead product development.

Assist in delivering physical designs at block level, enhancing physical design flows, exploring new capabilities, and learning the design process at Lightmatter.

Lead technical efforts for silicon photonics AI accelerators, design board and system solutions, and collaborate across engineering teams.

The role involves leading digital architecture for mixed-signal designs, collaborating with teams to deliver cutting-edge communication technology, and ensuring successful silicon product development.

The IT Support Engineer will provide technical support for Mac and Windows users, manage cloud infrastructure, handle ticket escalations, and maintain IT systems.

The Staff Machine Learning Systems Researcher will model performance of Lightmatter systems, collaborate on designs, publish research, and stay updated on ML advancements.

The Photonics Technical Lead will create scalable laser solutions for silicon photonics AI communications, collaborating across teams to ensure design feasibility and meet performance specifications.

The intern will research advancements in ML systems, model performance for Lightmatter systems, and collaborate on design for reference platforms, aiming for academic publication.

As a Photonics Layout & Design Intern, you'll create photonic layouts, design devices for manufacturing, analyze data, and solve complex problems in photonics. You'll collaborate closely with cross-disciplinary teams and support device characterization and validation processes.

Lead program management for silicon hardware engineering, collaborating across teams for planning, execution, and milestone management in hardware development.

Develop high-speed analog transceiver solutions, design analog/mixed-signal blocks, collaborate across teams, and validate circuit performance in the lab.

The Design Verification Engineer will rigorously verify designs using UVM techniques, collaborating closely with digital and analog design experts, while defining DV methodologies and ensuring quality tapeouts.

The Staff Physical Design Timing Engineer will oversee STA sign-off, timing constraint development, and closure for CMOS technology in photonics chips, while collaborating with various teams on timing analysis and implementation.

Design, develop, and test photonic systems while collaborating across disciplines to build advanced photonics devices and ensure product specifications are met.

Responsible for timing constraints development, STA, timing closure, and driving backend digital execution for ASIC solutions in photonics. Collaborate with teams on timing analysis, manage constraints, and document best practices.

Lead external communication strategy, manage media relations, and develop corporate narratives for company visibility in AI & semiconductor sectors.

The Electro-Optical Automation Intern will develop automation scripts, optimize workflows, and apply machine learning to enhance chip design processes.

Design and develop high-speed analog transceiver solutions for optical and wireline communication systems, collaborating with various engineering teams and conducting verification tests.