Responsible for developing, installing, validating, and sustaining selective soldering processes for power electronics PCBAs. This is a hands-on manufacturing engineering role focused on process robustness, defect prevention, and validation through AOI/AXI inspection and cross-section analysis. The position includes equipment installation,commissioning, safety compliance, and quality documentation ownership.
-
Develop, optimize, and maintain selective soldering processes (preferably using Ersa equipment) to ensure consistent solder joint quality and high production yield.
-
Lead equipment installation and commissioning of selective soldering lines, including setup, calibration, qualification, and ramp-up to production.
-
Define and control critical process parameters: fluxing, preheating, solder pot temperature, nitrogen usage, nozzle selection, cycle times, and maintenance intervals.
-
Ensure compliance with manufacturing safety standards (including thermal, chemical, and ESD controls) during installation, operation, and maintenance.
-
Analyze and resolve soldering defects such as bridging, insufficient fill, icicles, voids, non-wetting, dewetting, driving root cause and permanent corrective actions.
-
Perform hands-on cross-sectioning and solder joint analysis, including evaluation of intermetallic layers, wetting behavior, and internal defects.
-
Define and execute cutting strategies for NPI, ensuring representative sampling of critical joints and interfaces.
-
Utilize and interpret AOI and AXI inspection systems to validate soldering quality and correlate inspection results with physical analysis.
-
Plan and execute process validation activities (DOE, process window definition, capability studies, PPAP support when applicable).
-
Own and maintain quality and manufacturing documentation, including:
- PFMA / PFMEA (process risk analysis specific to soldering)
-
DCP (Process Control Documents)
-
Control Plans (inspection points, reaction plans, limits)
-
Work instructions and standard operating procedures
-
Establish and validate inspection criteria and defect thresholds aligned with IPC standards.
-
Drive continuous improvement for defect reduction, yield improvement, and process stability.
-
Collaborate with manufacturing, quality, maintenance, and suppliers to ensure process alignment, equipment uptime, and defect containment.
Please read carefully the required qualifications before applying:
-
Education: Bachelor’s degree in Engineering (Mechanical, Electrical, Manufacturing, Mechatronics, or related field).
Required Qualifications
-
Proven experience in selective soldering processes for PCBA manufacturing (Ersa equipment preferred).
-
Strong understanding of soldering fundamentals, heat transfer, and defect mechanisms in electronics manufacturing.
-
Hands-on experience with equipment installation, commissioning, and ramp-up in a production environment.
-
Solid knowledge of manufacturing safety practices (thermal processes, chemicals/flux, ESD controls).
-
Strong hands-on experience with cross-sectioning and solder joint analysis, including intermetallic evaluation and defect identification.
-
Experience using AOI and AXI inspection systems for process validation and defect detection.
-
Experience developing and maintaining PFMA/PFMEA, DCP, and Control Plans for soldering processes.
-
Knowledge of IPC standards (e.g., IPC-A-610, IPC-7095).
-
Hands-on experience with laboratory equipment, including:
-
Precision cutting tools
-
Diamond saws
-
Mounting and polishing equipment
-
Experience in process validation methodologies (DOE, process window optimization, capability/yield improvement).
-
Ability to troubleshoot using inspection data + physical analysis and implement sustainable corrective actions.
Preferred Qualifications
-
Experience in automotive or high-reliability electronics manufacturing.
-
Experience with NPI and PPAP for PCBA processes.
-
Knowledge of thermal profiling and optimization in selective soldering.
-
Familiarity with maintenance strategies and equipment reliability (TPM).
-
Exposure to Lean / Six Sigma methodologies.
-
Language Skills: Advanced proficiency in English (written and verbal) to support global reporting, technical documentation, and cross-functional collaboration.
