Nuclear Enrichment Design Reliability Engineer

General Matter, Inc.; Los Angeles (CA); On-site; USD 85,000 - 180,000; Full time

Benefits offered by this job

Stock options

Medical, vision & dental

401(k) retirement plan

Job summary

General Matter, Inc. is seeking a Design Reliability Engineer to ensure our enrichment technology is designed and built to plan.

You will evaluate designs from concept to operation, and you will coordinate across hardware and engineering teams to ensure the product meets internal criteria and external requirements. We value high impact work in a fast-paced environment and expect you to drive design improvements, manage documentation, and push risks to closure.

Qualifications

• Bachelor's degree in a STEM field is required.
• Evidence of exceptional ability in technical leadership or projects.
• Excellent attention to detail and high accuracy in technical docs.
• Proven ability to run meetings, drive decisions, and hold peers accountable.

Responsibilities

• Ensure design process and criteria are followed from concept through build.
• Run design reviews and pass/fail on readiness to move forward.
• Facilitate cross-disciplinary discussions and assign ownership with clear due dates.
• Drive design improvements with hardware and engineering teams.
• Maintain and control design documents, drawings, and P&IDs.
• Manage design criteria connections in Stillsuit to ensure alignment.

Skills

Exceptional ability

Security clearance

Attention to detail

Meeting leadership

Education

Bachelor's degree in STEM

Tools

P&IDs

AI tools

Job description

General Matter, Inc. is seeking a Design Reliability Engineer to ensure our enrichment technology is designed and built to plan.

You will evaluate designs from concept to operation, and you will coordinate across hardware and engineering teams to ensure the product meets internal criteria and external requirements. We value high impact work in a fast-paced environment and expect you to drive design improvements, manage documentation, and push risks to closure.