Manufacturing Engineer

What You'll Be Doing:
Manufacturing Process Ownership & Technical Leadership

• Function as a manufacturing technical lead for PCBA and electromechanical assembly ( Final assembly, test and packout) across NPI and sustaining

• Define & Industrialize end-to-end manufacturing processes for complex electronic products: PCBA & Final Assembly Test and Packout (FATP).

• Lead DFx (DFM/DFA/DFT/DFS/DFR) reviews with Hardware R&D, Test, and Quality Engineering teams and supplier/contract manufacturers

• Establish manufacturing standards, process flows, PFMEAs, control plans, and work instructions for complex electromechanical products

• Define and improve manufacturing efficiency with EMS to plan workflow, cell layout, staffing, training , equipment, power and network requirements

• Drive yield and continuous improvement, defect reduction, and reliability performance using structured problem solving and data-driven methods

• Lead advanced troubleshooting of Manufacturing defects and reliability issues and establish root cause and corrective actions
PCBA Manufacturing - EDA HAV Focus

• Lead manufacturing process development for high-complexity PCBA, including high-layer-count boards, fine-pitch BGAs, high-speed signal designs, and power electronics

• Qualify and optimize PCBA: SMT/THT processes, including stencil design, solder paste selection, reflow and wave/selective soldering profiles

• Conduct analytical studies of PCBA reliability via destructive and nondestructive methods

Electromechanical & System Assembly

• Architect and optimize electromechanical Final assembly test and Packout (FATP) processes for EDA HAV systems

• Define, document and train EMS Engineers on product/process requirements. Validate operator certification programs

• Champion FATP automation/advanced tooling to optimize: repetitive assembly, handling, ergonomic operations, cycle time and cost

• Establish budgets for automated equipment/process development and track spend.
o Drive solution selection, negotiate cost and project schedule via EMS
New Product Introduction (NPI) & Production Ramp

• Track DFx (DFM/DFA/DFT/DFS/DFR) issues to closure cross functionally within EMS partners

• Support prototype and early production builds, manufacturing risk reviews, and readiness assessments

• Identify manufacturing risks and mitigation strategies to de risk production launch. Lead manufacturing readiness through mass production
Supplier & Contract Manufacturer (EMS)
Engagement

• Serve as the primary manufacturing technical interface with EMS partners

• Drive cost reduction, yield and reliability enhancement initiatives cross functionally

• Manage/drive project deliverables from EMS partners to product schedule
Sustaining Engineering & Continuous Improvement

• Develop & revise assembly & test standard time(s) from NPI to production

• Drive periodic review of standard times with costing team to capture process and product changes, process optimization

• Own Bill of Materials from Prototype to Production, drive product structure review and definition with R&D, Operations and EMS partners

• Author Engineering Change Order (ECO) with R&D team, track and validate correct implementation at EMS

• Document manufacturing process and packaging requirements/specifications for EMS Engineers

Technical Leadership & Influence

• Stay abreast of industry technological advancements, identify capability requirements, Qualify processes and assembly equipment for highly dense and complex printed circuit board assemblies (PCBAs) and Final Assembly.

• Mentor and technically guide manufacturing engineers across PCBA and FATP

• Influence product and manufacturing strategy through strong technical judgment and cross-functional collaboration
Act as a trusted advisor to engineering, operations, and leadership teams
The Impact

You Will Have:

• Accelerate time-to-market for new products by process industrialization and efficient NPI activities.

• Enabling reliable, repeatable, scalable, and cost-effective manufacturing of advanced electronic assemblies

• Via continuous improvement: enhance yield, reduce defect, improved product quality and customer satisfaction, and lower cost

• Seamless transitions from…