Senior SSD Firmware Engineer - High-Performance Memory

micron; Marigot; On-site; EUR 65,000 - 90,000; Full time

Job summary

Micron Technology, Inc. is hiring a Firmware Engineer to build high-performance memory controller firmware and SSD software. You will participate in evaluation, build, bench testing, debugging, and failure analyses to improve speed, latency, and power while reducing SoC complexity.

You will triage issues, file bug reports, and collaborate with multi-disciplinary teams to resolve problems and drive firmware quality. A strong background in embedded firmware and PCIe/NVMe interfaces is preferred.

Qualifications

• Masters or Bachelor's degree in Computer or Electrical Engineering.
• Minimum 2 years' experience in embedded firmware development and debugging.
• Proficient in C; Rust is a plus; strong debugging and problem-solving skills.
• Experience with SSD/FMC storage interfaces (PCIe/NVMe) is advantageous.

Responsibilities

• Develop and test firmware IP subsystems for SSD products to meet performance, endurance and quality requirements.
• Create firmware unit and functional tests to verify subsystem performance and reliability.
• Communicate with management and cross-functional teams with clear, detailed activity summaries.
• Foster teamwork and personal development within the firmware group.

Skills

Embedded firmware development

C programming

Rust programming

Python

Team leadership

Debugging

Storage interfaces PCIe/NVMe

Education

Masters/Bachelors in Computer Engineering or Electrical Engineering

Tools

GCC/LLVM

Git

Job description

Micron Technology, Inc. is hiring a Firmware Engineer to build high-performance memory controller firmware and SSD software. You will participate in evaluation, build, bench testing, debugging, and failure analyses to improve speed, latency, and power while reducing SoC complexity.

You will triage issues, file bug reports, and collaborate with multi-disciplinary teams to resolve problems and drive firmware quality. A strong background in embedded firmware and PCIe/NVMe interfaces is preferred.