Electrical Engineer V

Job Description

Seeking a senior-level contractor to lead the capacity expansion of an industrial electronics repair operation specializing in elevator drive and PCBA repairs. The contractor must possess expert-level experience in electronics troubleshooting, power electronics, distributed control system design, test system design, manufacturing process optimization, cell layout design, and operational transitions.

• Design and commission new test equipment
• Validate repair processes
• Optimize workflow
• Lead equipment migration activities
• Increase repair throughput

Responsibilities

Design, build, and commission new electronic test equipment and repair fixtures.
Create functional, diagnostic, and end-of-line test solutions for industrial electronic assemblies.
Create electrical schematics, wiring diagrams, equipment documentation, and bills of material.
Develop validation protocols and acceptance criteria for deployed test systems.
Integrate instruments, data acquisition systems, power supplies, PLCs, and automation components as required.

Electronics Repair & Technical Leadership

Provide expert-level troubleshooting support for:
PCBAs
Power electronics
Variable frequency drives (VFDs)
Motor control systems
Industrial control electronics
Improve diagnostic methodologies and repair effectiveness
Reduce repeat failures, no-fault-found occurrences, and repair cycle times
Serve as the technical authority for repair processes and test methodologies.

Process Improvement & Facility Layout

Analyze existing workflows, material movement, workstation utilization, and throughput.
Design optimized facility and cell layouts utilizing Lean Manufacturing principles.
Improve production flow, technician productivity, and inventory management.
Establish standardized workstations, repair processes, and testing procedures.
Implement best practices for quality, safety, ergonomics, and operational efficiency.

Capacity Expansion

Develop and execute plans to increase repair capacity.
Identify bottlenecks and implement solutions to increase throughput and operational flexibility.
Support staffing and operational ramp-up activities.

Required Qualifications

• Bachelor’s degree in electrical engineering, Electronics Engineering Technology, Industrial Engineering, or equivalent experience
• Minimum 10 years of experience in electronics manufacturing, repair, test engineering, or industrial systems support
• Demonstrated expertise in troubleshooting and repair of electronic assemblies and power electronics
• Experience designing, building, and commissioning electronic test equipment
• Experience leading facility transitions, manufacturing transfers, or operational startup initiatives
• Strong knowledge of industrial process flow, Lean Manufacturing, and cell-based production systems
• Able to develop technical documentation including schematics, procedures, layouts, and work instructions
• Strong project management and organizational skills
• Excellent verbal and written communication skills

Preferred Qualifications

• Experience supporting elevator, industrial automation, or transportation industry electronics repair
• Knowledge of variable frequency drives, motor controls, and industrial power systems
• Experience with: National Instruments (NI) platforms, LabVIEW, PLC-based test systems, Automated Test Equipment, Industrial Electronics Repair
• Experience working within repair depot, remanufacturing, or service operations environments
• Six Sigma, Lean Manufacturing, or Industrial Engineering certifications

Deliverables

• Current-state operational assessment
• Future-state layout and workflow design
• New test equipment designs and deployment plans
• Equipment commissioning strategy
• Standard operating procedures and work instructions
• Test equipment validation and qualification documentation
• Capacity expansion recommendations and implementation roadmap
• Final operational handoff package & implementation

Success Metrics

• Successful capacity expansion, reducing overall costs and improving lead times
• New test systems are operational and validated according to schedule
• Improved repair throughput and facility capacity
• Reduced cycle time and process inefficiencies
• Enhanced test coverage and repair quality improvements, closed loop field feedback for no problem found
• Complete documentation and operational readiness