I build hardware and software the same way: detail-first, practical, and customer-focused. These projects show how I pair rigorous hardware execution with AI-assisted custom tooling to solve niche real-world problems.
Problem: Needed a production-ready non-contact temperature measurement platform integrating new spectrometer hardware into an existing product line.
Problem: Ford prototyping programs required faster hardware iteration without rebuilding full custom systems each cycle.
Problem: Needed reliable by-wire control conversion for GEM shuttles in autonomous and tele-operation research deployments.
Problem: PCB release process lacked version control and required high manual effort for documentation and production outputs.
Problem: Programming multiple FTDI devices was error-prone due to ambiguous USB port/device mapping during production.
Problem: Built-in impedance calculators are useful but limited for broader solver-informed transmission-line decisions.
Additional projects demonstrating automation, diagnostics, and manufacturing problem-solving across earlier roles.
Capacitive sensing prototype used for driver-monitoring automation in simulated driving workflows.
Python/Qt multi-user inventory application with searchable part records and workflow support.
Established PCB design standards, review templates, and documentation discipline for team consistency.
Edge-processing audio analysis concept using a custom carrier architecture for compact deployment.
Automated engine dynamometer data processing to reduce manual analysis and speed reporting.
Automated RADAR analysis workflows that reduced multi-hour manual steps to sub-minute execution.
Integrated cross-vendor PLC communication over TCP/IP and UDP in steel manufacturing contexts.
I help teams deliver hardware systems from architecture through validation, while improving engineering throughput with targeted automation.
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