Washington State University
Research: Flow Control of Small Scale Direct Ink Writing
Mechanical Engineer
I am a Mechanical Engineer combining process improvement with practical, hands-on design. With experience spanning aerospace manufacturing, semiconductor fabrication, and R&D, I specialize in bridging the gap between engineering analysis and production reality. I am passionate about solving complex challenges and building robust, reliable systems.
Research: Flow Control of Small Scale Direct Ink Writing
GPA: 3.95
Authored comprehensive Standard Operating Procedures (SOPs) that resolved software failures, significantly reducing equipment downtime and improving maintenance consistency across shifts.
Led continuous improvement initiatives for the 767 program using Lean methodologies. Facilitated Value Stream Mapping projects that identified production bottlenecks, resulting in a reduction of over 200 hours of touch-time per aircraft. Conducted root cause analysis on recurring component defects to implement permanent engineering solutions.
Redesigned a modular robotic platform specifically for in-house additive manufacturing. Applied Design for Manufacturability (DFM) principles to optimize components for 3D printing, achieving a 75% reduction in unit cost and decreasing part lead times from days to hours.
Mechanical design and analysis for a test apparatus validating rocket hardware. Integrated structural, thermal, and fluid systems to withstand simultaneous cryogenic liquid oxygen exposure and launch-load vibrations.
Directed the design and fabrication of an autonomous underwater vehicle. Oversaw chassis design, pressure vessel integration, and dynamic sealing for complex electromechanical systems.