David Parke Email & Phone Number

Seattle, WA, US

Greater Seattle Area

Everett, Washington, United States

Everett, Washington, United States

Seattle, WA

-Provides ANSYS FEA support to customers in many different industries across US and Canada. FEA specialties include static structural, linear and non-linear dynamics, materials, additive manufacturing simulation, etc...-Consults with a variety of companies on engineering projects using FEA simulation. -Demonstrates simulation software to existing and.

Walled Lake, MI

• Project Engineer
• Coordinated engineer specialists and technicians to complete software testing certification efforts ahead of schedule. Delivered subsequent FAA reports to finish certification requirements.
• Lead efforts in creating and implementing digital inventory tracking system to facilitate the tracking and part history of R&D engines using the company’s information management system driving a 90% reduction in R&D.
• Executed and wrote reports for over twenty R&D engine tests including dynamic analysis, software, and individual component level tests. Design to Production Engineer
• Designed and performed structural analysis of engine mount system for multi-million dollar international Joint Strike Missile contract to be implemented in 2014.
• Designed generator test rig using Pro/E and created procedures to manufacture rig. Procedures led to the robust rig successfully completing all required tasks, including overstress tests without issue.

Engineered and implemented a new nosecone design to eliminate vibrations and fastener issues with the hardware. Executed $10,000 redesign and determined materials, drawings, and manufacturing procedures for the successful rework.Designed, drafted, and described manufacturing procedures for parts associated with commercial and government turbojet engines.

Designed and fabricated a wave rotor test rig with a diverse team including graduate students.Defined geometry of channels associated with the $2.5 million Wave Disk Generator project under development. The geometry definitions were used in FLUENT to maximize efficiency resulting in a final prototype due for fabrication and testing.