Top Tech Jobs & Startup Jobs in Denver & Boulder, CO

As a Senior Electrical PCB Layout Designer, you will design high-speed PCB layouts, collaborate with engineers, and optimize layouts for performance while ensuring manufacturability.

Develop and improve epi processes for optoelectronic devices, automate analytics, support production through data analysis, and collaborate in a team environment.

Lead the qualification and process development for a new InP photonics semiconductor fabrication facility, focusing on process integration and yield improvement.

Responsible for managing wafer level testing processes to improve yield, overseeing test equipment, and coordinating with external suppliers and engineering teams.

The role involves leading equipment development for automated assembly in semiconductor manufacturing, managing vendor relationships, and improving equipment efficiency. It requires extensive experience in packaging and assembly technology for microelectronics, particularly in the photonics sector.

Provide EDA/CAD support for SiGe and CMOS high-speed analog/mixed-signal ASIC design. Install, customize, and support vendor PDKs and CAD tools, develop design standards and flows, execute layout, archive and tapeout, and support engineering users and license/tool infrastructure.

The Optical Test Development Engineer designs and develops optical test systems, collaborates across teams, analyzes test data, creates automation scripts, and maintains quality standards.

Lead verification testing for high-speed coherent and direct-detect photonic components and subsystems. Design test plans/algorithms, execute module performance validation, and collaborate with PIC, ASIC, module, and system teams to ensure quality product releases.

The Head of RE Labs & Fabs Infrastructure will develop strategic infrastructure plans, oversee governance, manage projects, ensure operational excellence, and foster cross-functional collaboration to enhance lab, manufacturing, and data center environments.

Lead reliability activities for photonic integrated circuits (PICs): evaluate failure modes, coordinate accelerated stress tests, develop life models from aging-data, and drive failure mode analyses across design, development, and production teams.