Repair Lab Manager

DRS RADA is a global pioneer of radar systems for active military protection, counter-drone applications, critical infrastructure protection, and border surveillance . We are looking for an experienced Repair Lab Manager with a strong background in managing repair operations for military electronic products in both RMA/field-return and serial production environments. Key Responsibilities: • Manage repair lab operations for military electronic products, including both RMA returns and serial production repairs. • Lead and supervise teams of repair engineers, assemblers, and soldering technicians. • Oversee troubleshooting, fault isolation, repair, rework, and verification activities for electronic boards, modules, and systems. • Ensure efficient handling of returned units, production failures, and ongoing repair priorities. • Coordinate closely with Engineering, Manufacturing, Quality, Supply Chain, and related functions. • Monitor repair performance, turnaround time, yield, and quality metrics. • Support root cause analysis and implementation of corrective and preventive actions. • Ensure compliance with internal procedures, quality standards, workmanship requirements, and traceability needs. • Drive continuous improvement in repair processes, workflow, and lab efficiency. • Maintain a safe, organized, and technically capable repair environment.

Requirements: Professional Strengths • Extensive experience with military/defense electronic products • Strong background in managing RMA repair activities and production repair operations • Proven leadership of technical teams, including repair engineers, assembly personnel, and soldering staff • Hands-on familiarity with electronic diagnostic and test equipment • Strong understanding of troubleshooting, failure analysis, rework, and verification processes • Ability to operate effectively in high-reliability, quality-driven environments Technical Expertise • Repair and rework of electronic assemblies, boards, and systems • Fault isolation and failure analysis • Use of electronic test equipment such as oscilloscopes, multimeters, power supplies, signal generators, and other diagnostic tools • Interpretation of technical documentation, drawings, procedures, and test instructions • Quality control, traceability, and process discipline in repair environments