Electronics Process Engineer: BOM & Process Improvement

Q-Edge Corporation, Foxconn; Houston (TX); On-site; USD 65,000 - 90,000; Full time

Job summary

Q-Edge Corporation in Houston seeks a Process Engineer to maintain BOMs and item master records and drive improvements in SMT, FATP, and related electronics assembly lines. You will ensure correct materials, revisions, and work instructions are used, and resolve data issues to boost quality and efficiency.

You will collaborate across Engineering, Planning, Quality, and Supply Chain to implement ECOs, balance line flow, and support new product introductions while maintaining traceability and

Qualifications

• BS in Engineering or related field; equivalent experience considered.
• 0–2 years of process/manufacturing engineering for electronics assembly.
• Ability to read BOMs, drawings and revisions; apply change control and data accuracy checks.
• Knowledge of SMT, Lean, root cause analysis and SPC; strong Excel skills for data analysis.

Responsibilities

• Create and maintain manufacturing BOMs in ERP using approved docs.
• Maintain item master records with correct numbers, revisions and attributes.
• Coordinate with Purchasing, Planning, Inventory and Finance on lead times and costs.
• Analyze defects, yield, scrap and throughput to drive improvements.
• Plan trials for process changes and document outcomes with approvals.

Skills

BOM interpretation

Root cause analysis

Statistical process control

Cross-functional communication

Technical writing

Education

Engineering degree

Tools

Excel

Job description

Q-Edge Corporation in Houston seeks a Process Engineer to maintain BOMs and item master records and drive improvements in SMT, FATP, and related electronics assembly lines. You will ensure correct materials, revisions, and work instructions are used, and resolve data issues to boost quality and efficiency.

You will collaborate across Engineering, Planning, Quality, and Supply Chain to implement ECOs, balance line flow, and support new product introductions while maintaining traceability and