Automated Functional Test Equipment
Designed and built an end-to-end automated test system for PCB manufacturing, integrating the hardware fixture with a software control layer.
// Test Engineering × Full-Stack Software
I build the systems that measure, test, and run the factory floor — from automated functional test equipment to MES platforms — turning hardware and software into tools that lift yield, cut cycle time, and make production traceable.
View the work →An electronic systems engineer who ships software. I sit where hardware meets the stack and build the integrated systems in between.
I'm a solutions-focused engineer with hands-on experience bridging hardware and software to create integrated systems that deliver real business value. My background in electronic system engineering, combined with full-stack development, lets me approach problems holistically — from the fixture on the bench to the dashboard on the wall.
I've led cross-functional work on test monitoring systems, CAPA tooling, and machine troubleshooting that consistently produced measurable improvements in productivity, quality, and efficiency across the line.
My approach pairs Lean Six Sigma discipline with modern software practice, so solutions aren't just technically sound — they're practical and sustainable for long-term operations.
Engineering work with a measurable footprint on the production floor.
Designed and built an end-to-end automated test system for PCB manufacturing, integrating the hardware fixture with a software control layer.
A production data-entry and management platform with real-time monitoring, automated alerts, and reporting for the whole line.
Centralized logging and retrieval for test equipment, giving fast access to historical results and trend analysis for traceability.
A full MES platform digitizing production with real-time tracking, quality control, and performance analytics end to end.
A reporting application that generates structured reports from past troubleshooting, turning tribal knowledge into a searchable record.
A real-time line dashboard with performance metrics, downtime tracking, and predictive maintenance alerts.
Manufacturing, automation, and software engineering — traced across three roles.
Real applications in production — open a demo to explore.
A centralized platform to track, manage, and monitor employee overtime. Staff and management view OT hours and calculated income in real time — keeping pay transparent and preventing miscalculation.
Live demo →Continuous learning and professional development.
Looking for engineering that delivers real, quantifiable value? Let's talk about turning your challenges into systems that ship.