Hillsboro, Oregon, United States
I'm an engineer that enjoys data analysis and solving problems in electro-mechanical systems. I have a passion for creating value, learning, and excellence.
Leading the Technology Development Automation Department AMHS Product Engineering group. Responsible for Intel's D1 AMHS systems and logic factory AMHS product development. Group responsibilities include technical program management, project management, product performance management, and system of systems capacity planning.
Managed multiple AMHS systems at the Intel D1 factory. Responsible for data analysis, data system development, system logic improvements, product development roadmaps.
Responsible for large-scale material handling system at an Intel Oregon fabrication facility
- Modeled multi-scale, nonlinear, large-deformation cardiac mechanics. - Developed optimization software using C++ and ITK to match motion of a cardiac finite element model to the motion in a gated three-dimensional CT image
- Researched fatigue of NiTi components of the IBV medical implant - Developed system that models physiological conditions in ex-vivo lung tissue - Tested the IBV valve system for validation and development studies - Analyzed data from testing
- Developed grid computing software for the Modulated Imaging Project using C#.NET.