Senior Hardware Engineer - AI & Server Compute Design

Hyve Solutions•Fremont, CA

1d•$214,000 - $220,000

About The Position

Hyve Solutions transforms complex engineering challenges into production reality for technology innovators building AI, cloud, and connected infrastructure. As a US-based manufacturing partner, the company rapidly delivers fast, agile execution through deep technical partnerships and co-innovation, and supply chain clarity. Hyve’s integrated ODM, CM, and SI capabilities eliminate vendor complexity while accelerating time-to-market with single-partner accountability from design through scale. The company co-innovates with deep engineering expertise, treating customer success as its own while building tomorrow's digital infrastructure.

Requirements

Bachelor's or Master's in Electrical Engineering, Computer Engineering, or a related field.
10+ years of hardware design experience, including board- and system-level engineering, with proven ownership of high-performance server or GPU/accelerator designs from concept through production.
Direct experience with Hyperscalers or large cloud providers strongly preferred.
Deep understanding of high-speed interfaces (PCIe Gen5/6, CXL, NVLink, Ethernet), power delivery networks, SI/PDN design, thermal considerations, and complex multi-board systems; demonstrated success leading EVT/DVT/PVT validation and manufacturing ramp.
Ability to architect and debug complex interactions across CPUs, GPUs, accelerators, system fabrics, firmware, and rack-level ecosystems.
Expert at working across multi-functional teams, influencing without authority, and representing engineering decisions to technical leaders and executives.

Responsibilities

Lead board- and system-level hardware design. Own schematic design, layout direction, component selection, and board bring-up for GPU head nodes and compute servers, including power delivery, high-speed signaling, and management subsystems.
Translate requirements into architecture. Partner directly with Hyperscalers to convert system-level and hardware requirements into executable engineering specifications and platform architectures.
Drive full product lifecycle execution. Lead designs through EVT, DVT, and PVT phases, including signal-integrity/power-integrity analysis, design reviews, and risk assessment, ensuring performance, reliability, and manufacturability.
Support manufacturing ramp and deployment. Collaborate with Operations, MFG, and Quality teams to scale from prototype to high-volume production, and support datacenter deployment with rapid issue triage and corrective action.
Provide technical leadership. Mentor engineers, establish best-practice workflows for schematic reviews, documentation, and validation, and lead complex root-cause debug across hardware, firmware, and system-integration domains.