The Reliability Engineer will ensure the reliability of semiconductor and optical devices by developing test plans, analyzing failures, and collaborating with teams to improve product reliability.

The Product Engineer will enhance telecom products through collaboration on design, testing, optimization, and continuous improvement processes.

Develop and execute wafer-level measurements on photonic integrated circuits, building automated test systems and providing feedback on product performance.

Lead and manage IT infrastructure and operations in a hardware startup, oversee network architecture, cloud services, and cybersecurity measures, and collaborate with various functions across the organization.

The Product Engineer at HyperLight will drive development of datacom products, collaborating with internal teams to ensure product performance, compliance, and optimization.

The Program Manager will oversee project planning, resource management, and collaboration across teams to deliver photonic technology chips efficiently for customers. Responsibilities include managing deliverables, communication, performance tracking, and stakeholder updates to ensure project alignment.

Develop wafer-level measurements for photonic integrated circuits, advance test systems, analyze data, and improve device performance.

Design and validate photonic integrated circuit components, collaborate on requirements, simulate designs, analyze performance data, and improve fabrication processes.

As an Application Engineer, manage Multi-Project Wafer runs, coordinate with teams, support customers through the lifecycle, and drive process improvements.

Responsible for the layout and validation of photonic integrated circuits and developing software in a script-based layout framework to automate layout procedures.

The Integrated Photonic Product Engineer leads new product development for TFLN photonics, managing design, R&D, customer interaction, and manufacturing processes to deliver high-performance products.

Lead the development and optimization of hybrid integration processes for TFLN photonics, focusing on production scale and process innovation.