Assembler
Hyster-Yale Material Handling • 2014 – 2016
Started in manufacturing operations, building a foundation in production standards, process discipline, and hands-on problem solving.
Experience
My professional background is rooted in manufacturing, quality, and continuous improvement. Over time, I progressed from hands-on production work into engineering and process improvement leadership, building the kind of systems mindset that now also shapes how I approach software development.
Career progression through manufacturing, quality engineering, and continuous improvement leadership.
Hyster-Yale Material Handling • 2014 – 2016
Started in manufacturing operations, building a foundation in production standards, process discipline, and hands-on problem solving.
Hyster-Yale Material Handling • 2016 – 2021
Troubleshot and repaired defects on specialized or non-standard units, supporting quality resolution and improving product reliability.
Hyster-Yale Material Handling • 2021 – 2023
Performed inspections, supported containment actions, and reinforced quality standards across manufacturing operations.
Hyster-Yale Material Handling • 2023
Worked on root cause analysis, corrective actions, and quality improvement initiatives within manufacturing systems.
KION North America • 2023 – 2025
Focused on improving manufacturing quality systems, process control, and investigation of recurring quality issues.
Hyster-Yale Material Handling • 2025 – Present
Leading improvement initiatives focused on operational efficiency, systems thinking, and long-term quality performance.
Professional Strengths
Military Service
I also served on Active Duty in the U.S. Army as a 68W Combat Medic. That experience strengthened my discipline, adaptability, and ability to operate in high-responsibility environments—traits that continue to influence how I work, lead, and solve problems.
Why it matters in software
My path into software is not separate from my engineering career—it builds on it. The same principles that drive quality and continuous improvement work also drive strong software development: identify problems clearly, improve systems thoughtfully, and build solutions that are reliable in the real world.