ASIC Design Engineer — On-Site MedTech Impact + Equity

Epia Neuro; Alameda (CA); On-site; USD 120,000 - 180,000; Full time

Benefits offered by this job

Competitive base salary with equity

100% healthcare coverage for you and你的

Generous vacation policy

Paid parental leave

Work from our Alameda waterfrontoffice

Job summary

Epia Neuro seeks an ASIC Design Engineer to participate in all design cycle stages from documentation to post-silicon validation. In a small startup team, you’ll own pieces from day one and collaborate with senior engineers across disciplines, driving impactful results.

You'll work on-site at our Alameda headquarters, applying deep analog and digital design skills, working in Linux, and delivering robust, testable hardware solutions for neurological applications.

Qualifications

• Bachelor degree in EE/CS with ASIC exposure.
• Strong written and verbal communication for project status.
• Comfortable in Linux, open-source projects, independent work.
• Experience across analog, digital RTL, programming, testing/debugging.

Responsibilities

• Document and implement module designs.
• Simulate module functions and support pre-silicon verification.
• Build/develop test HW/SW to validate chips.
• Validate and characterize chips across configurations.
• Document test plans and test reports.
• Root-cause issues beyond surface-level symptoms.

Skills

Communication skills

Linux environment

Analog design

Digital RTL design

Programming

Testing/debugging

Education

Bachelor's degree in Electrical Engineering or CS

MS/PhD with hands-on ASIC experience

Tools

Cadence tools

Job description

Epia Neuro seeks an ASIC Design Engineer to participate in all design cycle stages from documentation to post-silicon validation. In a small startup team, you’ll own pieces from day one and collaborate with senior engineers across disciplines, driving impactful results.

You'll work on-site at our Alameda headquarters, applying deep analog and digital design skills, working in Linux, and delivering robust, testable hardware solutions for neurological applications.