Lead the development of a high temperature operating life test software system, focusing on scalable architecture and automated performance testing.

The intern will develop and maintain APIs, manage backend services, implement security protocols, process real-time data, and collaborate with frontend teams.

As an intern, you will contribute to embedded software development, enhance firmware testing, write integration tests, and collaborate with cross-functional teams.

As an Infrastructure Engineer, you'll develop, manage, and support computing infrastructure for Lightmatter, ensuring robust cloud solutions and collaboration across teams.

Design, layout, and test photonic devices while collaborating with various teams to integrate and validate products in high-volume manufacturing.

Design analog and mixed-signal circuits for optical communication systems, collaborate with architects, and validate circuit performance in the lab.

The intern will enhance data pipelines, incorporate test workflows, write debug tests for embedded data analytics, and collaborate with teams for system testing.

Interns in Analog Design will learn design flows, participate in photonics chip design, run simulations, and validate circuit performance.

Interns will design silicon photonics devices, develop automated design methodologies, assess performance, and conduct testing and analysis.

Develop microarchitecture design and RTL for ML/AI accelerator ASICs, collaborate with teams, and manage RTL implementation for high-performance designs.

The intern will collaborate with designers, create UVM test benches, debug them, and develop Real Number Models for verification in photonic computing.

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

As a Design Verification Engineer, you will verify complex digital, analog, and photonic designs, creating scalable test plans and methodologies to ensure high-quality tapeouts while collaborating closely with interdisciplinary teams.

The Photonics Engineer will develop and test high-speed optical components, automate lab procedures, collaborate interdisciplinary teams, and analyze signal behavior.

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

As a Staff Analog IC Design Engineer, you will design high-speed analog transceiver solutions, collaborate with teams to define requirements, and validate circuit performance in the lab.

The Photonics Architect will design innovative photonics architecture solutions, collaborate with engineering teams, and validate models through testing and data analysis.