Joshua — Automation Optimization Specialist

Developed and implemented advanced robotic programming solutions across multiple machine platforms for the repair, overhaul, and remanufacturing of aerospace and military systems. Integrated vision-guided inspection systems to achieve hair-pin level tolerance verification, and engineered fully automated tool-change (ATC) processes to enhance precision, repeatability, and operational efficiency in critical environments.

Optimized and restructured programming for universal troubleshooting, repair, and routine addition/removal, emphasizing readability and maintainability. Redesigned machine architectures using UDT structures and integrated advanced components such as vision systems and robotic automation to enhance functionality and efficiency.

Designed and implemented high-accuracy vision systems integrated with automated machine platforms to enable rapid program changeovers and real-time control of critical part dimensions and features. Focused on vision-guided automation, system integration with PLCs and performance optimization to improve precision, repeatability, and manufacturing efficiency in high-tolerance environments.