Silicon Firmware Development Engineer (Embedded)

TL;DR

Silicon Firmware Development Engineer (Embedded): Developing firmware solutions interfacing directly with hardware, including microcode, FPGA, and IP-specific firmware with an accent on hardware abstraction and system integration. Focus on designing low-level interfaces to ensure product performance, reliability, and scalability across next-generation client platforms.

Location: Hybrid (Folsom, California, US). Not eligible for immigration sponsorship.

Salary: $149,600 - $211,200

Company

Global leader in silicon and platform engineering developing next-generation computing experiences.

What you will do

• Design, develop, and maintain firmware solutions with a direct interface to hardware.
• Implement abstractions of low-level hardware details for higher-level software and firmware layers.
• Perform design and code reviews to ensure quality, security, and functionality standards.
• Test and validate product implementations to ensure alignment with system requirements.
• Collaborate within multidisciplinary teams to solve complex problems and enhance firmware functionality.
• Apply disciplined execution and secure development lifecycle practices.

Requirements

• Bachelor's degree in Computer Engineering, Computer Science, Electrical Engineering, or a related field.
• 5+ years of experience in C programming.
• 2+ years of experience developing UEFI firmware and/or BIOS.
• 2+ years of experience with client/server architecture.
• Must have valid US work authorization (no immigration sponsorship provided).

Nice to have

• Proficiency in firmware algorithm design and secure code development.
• Deep knowledge of computer architecture fundamentals and technology domain expertise.
• Familiarity with firmware lifecycle practices, including testing and validation methodologies.

Culture & Benefits

• Competitive total compensation package including pay and stock bonuses.
• Comprehensive benefit programs covering health, retirement, and vacation.
• Hybrid work model allowing a split between on-site and off-site work.