

Skilled SMT process engineer with 6 years of experience in electronics manufacturing and PCB assembly. Expertise in optimizing SMT processes, reducing defects, and improving production lines through effective use of SPI, AOI, and reflow profiling. Strong background in NPI support, troubleshooting, and implementing continuous improvement strategies while ensuring adherence to IPC and ESD standards.
Managed FATP process activities including assembly, testing, packing, and line setup for new products.
Performed root cause analysis and implemented CAPA to resolve production and quality issues.
Optimized process parameters to improve FPY, reduce defects, and enhance production efficiency.
Coordinated with cross-functional teams for troubleshooting and continuous process improvement.
Handled machine setup, product changeovers, and process validation activities.
Ensured compliance with quality standards, SOPs, ESD, and IMS requirements.
coordinate SMT/PCBA assembly processes and line operations
streamline stencil printing, SPI, AOI, reflow, and placement operations
evaluate production criteria and improve operational efficiency
overcome machine and process obstacles
eliminate defects through root cause assessment and corrective strategies
optimize NPI process validation and engineering adjustments
ensure process documentation practices and production reports
work alongside production quality assurance and maintenance units
uphold ESD 5S standards and safety protocols on shop floor
optimize yield, cycle time and overall productivity
Coordinated complete SMT production processes including stencil printing, SPI, pick & place, reflow oven, and AOI optimization.
Monitored line productivity, machine performance, and process yield improvement activities.
Performed root cause analysis for SMT defects such as solder bridging, tombstoning, missing components, polarity errors, and solder voids.
Developed and updated SOPs, process parameters, and troubleshooting guidelines for stable production performance.
Supported NPI builds, process validation, and mass production stabilization while ensuring IPC standards, ESD control, and 5S compliance.
Improved first pass yield, reduced rejection rates, and minimized downtime through effective CAPA and process improvement initiatives.
Lean manufacturing principles
Oversight of PCB manufacturing
Soldering techniques
Inspection methodologies Process optimization strategies Analytical capabilities Quality assurance
Problem resolution assessment
Streamlined value processes
QA software
Eight Disciplines approach
Root cause analysis
Failure analysis
Quality control software
troubleshooting expertise
Process optimization
procedural verification
Process design
Electrostatic management
IT system management
Conflict resolution skills
Process optimization
Radio frequency testing
Team leadership
Data analysis with Excel
Operational efficiency techniques
Weight distribution analysis
Process efficiency improvement