Sustaining Test Engineer II: PCB/PCBA Reliability & CI

Benchmark Electronics Inc; Rochester (MN); On-site; USD 81,154 - 114,731; Full time

Benefits offered by this job

Bonus plan

401(k)

PTO

Health/dental/vision insurance

Job summary

Benchmark Electronics Inc. in Rochester, MN is seeking a Sustaining Test Engineer II to support production test processes for PCB/PCBA on the shop floor and during startups.

The role focuses on enabling reliable test methodologies, improving testing operations, and collaborating with cross-functional teams to drive corrective actions. A 4-year engineering degree and 5+ years in electronics manufacturing are required.

Qualifications

• 4-year degree in Electrical/Computing Engineering or related field with hardware experience
• 5+ years of electronics manufacturing experience
• Lean Sigma Greenbelt

Responsibilities

• Coordinate the installation of production test equipment
• Perform test equipment qualifications and characterization
• Coordinate hardware and software updates as required
• Participate in Lean, Six Sigma, and Kaizen continuous improvement activities
• Assist in reviewing engineering design drawings and DFX reports prior to production release for testability
• Assist in developing product-specific test programs
• Work with cross-functional teams to address corrective actions
• Assist maintenance in developing preventative maintenance and calibration procedures
• Analyze line return information to understand and drive corrective action on test process issues

Skills

Test equipment installation

Continuous improvement tools

Lean Six Sigma/Kaizen

Cross-functional collaboration

Electrical design principles

Education

Electrical/Computing Engineering degree

Tools

Microsoft Office

WebEx

Job description

Benchmark Electronics Inc. in Rochester, MN is seeking a Sustaining Test Engineer II to support production test processes for PCB/PCBA on the shop floor and during startups.

The role focuses on enabling reliable test methodologies, improving testing operations, and collaborating with cross-functional teams to drive corrective actions. A 4-year engineering degree and 5+ years in electronics manufacturing are required.