Product Introduction​/Electrical design Engineer

New Product Introduction/Electrical Design Engineer

The role is in Mountain View, CA (Onsite). They just need a solid candidate. Client had previously reviewed resumes of candidates that were Mechanical focused and he rejected those resumes and wants someone that has more electrical (electronic) design experience.

The New Product Introduction (NPI) Engineer supports the development, assembly, testing, and troubleshooting of advanced computing systems and prototypes. They work closely with hardware engineers, software engineers, and Contract Manufacturers, contributing directly to board-level and system-level test, bring-up, validation, and debug. The NPI Engineer plays a critical role in bridging the gap between product design and manufacturing. This position is responsible for ensuring that new products are introduced into production smoothly, efficiently, and with the highest quality standards.

The ideal candidate will have a strong background in engineering, manufacturing processes, and project management. This position will be responsible for developing and implementing manufacturing processes, creating documentation, conducting design for manufacturability (DFM) reviews, and leading pilot builds. Key responsibilities include evaluating product designs for manufacturability, identifying potential production issues early in the development cycle, and working with suppliers and internal teams to resolve them.

They will also be responsible for creating and maintaining process documentation such as work instructions, process flow diagrams, and control plans.

Assist with the assembly and integration of complex electromechanical and electronic systems, including PCBA, chassis, and rack-level hardware.

Conduct hardware bring-up, functional testing, and performance validation using lab instrumentation

Support system builds, upgrades, and maintenance for testing platforms and engineering use.

Execute and document test procedures, including setup, data collection, and issue tracking.

Troubleshoot and identify root causes of hardware issues, including short circuits, signal integrity problems, and power-related faults.

Read and interpret electrical schematics and mechanical drawings to assist in assembly and debugging.