Part-Time Automation Engineer: Build Fast, Ensure Quality

Energy Innovation Corp; Visalia (CA); On-site; USD 87,000 - 121,000; Part time

Benefits offered by this job

Full benefits

Job summary

Audi seeks a hands-on Automation Engineer in Visalia, CA for a part-time role. You will architect, code, and deploy with emphasis on quality, data integrity, and continuous learning within a supportive team.

The position offers a salary range of $87,000–$121,000 plus full benefits and flexible hours to fit your schedule. You will own performance improvements across the Networking stack, prototype solutions, and ensure stability during production.

Qualifications

• Empathy to receive feedback and collaborate effectively.
• Grit to debug challenging issues under pressure.
• Authorized to work in the United States without sponsorship.
• Adaptability to shifting requirements and priorities.

Responsibilities

• Shave milliseconds off the technology hot path that Audi users feel every click.
• Prototype proof-of-concept solutions for emerging technology requirements.
• Sketch and defend the Strategic Planning architecture, then build it.
• Own data integrity across Audi's Networking stores so Visalia numbers stay accurate.
• Ship Networking experiments quickly and focus on proven approaches.
• Carry a safety-first Robot Framework feature through code freezes without stability loss.
• Champion engineering excellence and continuous learning within Audi.
• Monitor system health and set up production alerting for enduring reliability.

Skills

Empathy

Grit

US work authorization

Adaptability

Job description

Audi seeks a hands-on Automation Engineer in Visalia, CA for a part-time role. You will architect, code, and deploy with emphasis on quality, data integrity, and continuous learning within a supportive team.

The position offers a salary range of $87,000–$121,000 plus full benefits and flexible hours to fit your schedule. You will own performance improvements across the Networking stack, prototype solutions, and ensure stability during production.