Hardware Engineer - High Speed

ALKU; San Jose (CA); On-site; USD 120,000 - 160,000; Full time

Job summary

ALKU seeks hardware engineers to design board-level hardware for large, multi-board IC test systems used in the DRAM and Flash memory market. Engineers will own the full hardware development lifecycle from architecture and circuit design through testing, manufacturing, and customer release.

Roles vary by experience and technical ownership. Responsibilities include owning board-level designs, crafting high-speed digital/analog and FPGA circuitry interfacing with ASICs, and applying signal/power

Qualifications

• Experience with full hardware development lifecycle from architecture to customer release.
• Strong background in digital/analog design and signal integrity.
• Ability to propose hardware architectures based on system requirements.

Responsibilities

• Own board-level designs within complex, multi-board test systems.
• Design high-speed digital, analog, power distribution, and FPGA-based circuitry interfacing with ASICs.
• Make hardware architecture decisions based on system and customer requirements.
• Apply high-speed PCB design practices and signal integrity and power integrity concepts.

Skills

Board-level design

High-speed signaling

FPGA design

Circuit design

Tools

PCB design software

Job description

We're seeking Hardware Engineers to design board-level hardware for large, multi-board IC test systems used in the DRAM and Flash memory market. This role covers the full hardware development cycle, from architecture and circuit design through testing, manufacturing, and customer release. Candidates will be considered at the level that matches their experience and technical ownership.

Responsibilities

• Own board-level designs within complex, multi-board test systems.
• Design high-speed digital, analog, power distribution, and FPGA-based circuitry that interfaces with ASICs.
• Make hardware architecture decisions based on system and customer requirements.
• Apply high-speed PCB design practices and signal integrity and power integrity concepts.