Unigen, headquartered in Newark, California, is a trusted partner for businesses seeking to power their next generation of products. Founded in 1991, we've grown into a leading provider of electronics manufacturing services (EMS), offering a comprehensive suite of solutions from design and manufacturing to supply chain management. From advanced memory modules to high-density storage devices, our solutions are engineered to meet the demanding needs of today's technology landscape. Our commitment to quality and innovation ensures that our partners have the tools they need to succeed.

At Unigen, you'll have the opportunity to work on cutting-edge projects and make a real difference. Working at Unigen means you'll be surrounded by other innovative companies, have access to top talent, and be close to world-class resources. We offer competitive compensation and a comprehensive benefits package, including 401(k) matching. This location, combined with our benefits, provides a unique advantage for those looking to thrive in the semiconductor industry.

Location: Newark, CA
Job Title: Senior Hardware Design Engineer
Reports To: Sr. Director, Hardware & Systems Engineering
Job Function: R & D Engineering

Job Overview: The Senior Hardware Design Engineer architectures, designs, and validates the next generation of high-performance computing platforms tailored for deep-learning infrastructure. This role owns the full lifecycle of complex, high-density PCBs, from schema capture to advanced board-level physical implementation. Positioned at the critical intersection of high-speed digital logic, severe power transience, and extreme thermal dynamics, the engineer ensures maximum system reliability for hyperscale AI deployments.

Primary Responsibilities:

• Accelerator System Design: Architect and implement high-density printed circuit board (PCB) for AI accelerator carrier cards, high-performance host boards, and deep-learning infrastructure.
• Design & Architecture: Own full-lifecycle schematic capture and design optimization for high-density, complex printed circuit boards.
• High-Speed Interface Engineering: Implement, simulate, and optimize high-speed digital and analog circuits using interfaces like DDR4, DDR5, and PCIe Gen 5/6.
• Power & Signal Integrity: Define and optimize robust board-level power distribution networks (PDN) capable of managing massive, transient current steps driven by modern AI logic gates.

• Validation & Lab Bring-Up: Lead the hands-on bring-up, diagnostic debugging, and physical validation of complex pre-production accelerator hardware systems.
• Yield & Reliability Management: Drive root-cause analyses on structural anomalies discovered during test phases, applying corrective iterations to guarantee target field reliability inside hyperscale deployments.

Qualifications:

Preferred Qualifications