Development, implementation, execution and analysis for design validation testing of pre-release mobile telecommunications devices.Designed a real-time remote control system for electromechanical systems used to develop network slicing protocols and edge computing requirements.Lead designer on a compact robotic validation system resulting in a USPO filing in early 2019. Managed and participated in all aspects of the design program including modeling, software, prototyping, manufacturing, and scaling.Collaborate with internal and external vendors and stakeholders to properly identify and resolve design issues found in testing and field exchanges.Develop and employ models to predict field performance of devices based on pre-launch testing, historical data, and simulation modelling.Manage the hardware reliability lab including equipment procurement, maintenance, integration and design. Develop and sustain lab safety procedures.Mentor interns and associate engineers to promote career growth. Participate as corporate liaison for an annual student design team in partnership with Seattle University.Chair the Cellular Telecommunications Industry Association working group on Device Hardware Reliability.

Design, perform, and document mechanical test programs for the aerospace industry per ASTM, internal, and customer specifications. Test regimes include mechanical fatigue, static tensile, laminate integrity, strain analysis, and many others.Scheduling, budgeting, and purchasing for maintenance, calibration, operation, and repair of lab equipment.Communicate test results by developing internal test reports, executive summaries, and presentations.Collaborate with engineering, manufacturing, and quality control departments to accomplish project goals, plan for upcoming customer contracts, and assist with new product development.Manage summer engineering interns, participate in the University of Washington's ASM summer camp for high school students.