SMT Process Engineer
We are looking for an experienced SMT Process Engineer who will be responsible for developing, optimizing, and sustaining SMT processes for PCBA assembly in optical transceiver manufacturing. In this role, you will drive process control, yield improvement, and defect reduction as part of a pioneering team establishing a new manufacturing facility in Singapore
.
Job Responsibiliti
- esDevelop and optimize SMT processes, including solder paste printing parameters, component placement accuracy, and reflow profil
- esEstablish and maintain process parameters, control limits, and work instructio
- nsMonitor and improve SMT yield, defect rates, and process capability (Cp
- k)Analyze and resolve SMT defects such as solder bridging, voiding, insufficient solder, and component misalignme
- ntConduct Design of Experiments (DOE) to optimize process performan
- ceSupport New Product Introduction (NPI) builds and process transfe
- rsCollaborate cross-functionally with Machine Engineering, Quality, and Production teams to ensure compliance with quality standards and reliability requiremen
ts
Job Requireme
- ntsBachelor's degree or above in Manufacturing Engineering, Materials Science, Electronics Engineering, or a related fi
- eldMinimum 5 years of SMT process engineering experience; experience in high-reliability electronics or optical modules is prefer
- redStrong expertise in core SMT processes, including solder paste printing, pick and place, and reflow solder
- ingKnowledge of solder materials, stencil design, thermal profiling, and reflow optimizat
- ionHold strong working knowledge of PCB and component design constrai
- ntsPossess hands-on experience with defect analysis covering bridging, tombstoning, voiding, and misalignm
- entProficiency in Statistical Process Control (SPC) and process capability analysis (C
- pk)Harness the application of DOE methodologies for process optimizat
- ionPossess familiarity with inspection tools including SPI, AOI, and X-ray inspect
- ionAbility to work effectively in a cross-functional environm
ent