About the job
CHAOS Industries is revolutionizing the modern defense landscape with a diverse portfolio of cutting-edge products that ensure domain superiority. Our solutions are driven by Coherent Distributed Networks (CDN™), enabling military personnel, commercial aviation operators, and border security teams to respond swiftly, adapt quickly, and stay one step ahead of emerging threats.
Founded in 2022, CHAOS Industries has successfully secured $1 billion in funding from prominent investors such as 8VC, Accel, and Valor Equity Partners. Our headquarters are located in Los Angeles, and we maintain offices in Washington, D. C., San Francisco, San Diego, Seattle, and London. For more details, please visit www.chaosinc.com.
Role Overview:
- Act as the principal manufacturing engineering authority on the radar production floor.
- Oversee daily build execution, integration assistance, and yield enhancement.
- Deliver hands-on technical leadership during assembly, integration, and testing operations.
- Swiftly address build challenges, escapes, and throughput limitations.
- Promote continuous improvement in radar subassembly and system-level integration.
- Align engineering objectives with factory execution.
Responsibilities:
- Production Floor Support
- Provide direct support for radar assembly, integration, and testing operations.
- Troubleshoot mechanical, electrical, and RF integration challenges in real time.
- Facilitate containment and corrective actions for build escapes and testing failures.
- Collaborate with Quality, Design, and Mission Engineering to address nonconformances.
- Assist in the development of rework and repair processes.
- Yield & Performance Improvement
- Examine RF test yields, environmental test outcomes, and integration failure patterns.
- Identify recurring defects and systemic process vulnerabilities.
- Lead root cause analysis initiatives (8D, RCCA).
- Implement corrective and preventive action strategies (CAPA).
- Drive quantifiable improvements in first-pass yield, cycle time, rework rates, and throughput.
- Process Development & Optimization
- Develop and enhance work instructions, assembly process flows, and best practices.

