Ada Xiao Email & Phone Number

Auckland, New Zealand

• Successfully led the team in integrating advanced theories into testing design,development, implementation and test data analysis, ensuring the new designs’ safety, reliability, and suitability for its intended purpose. This effort culminated in securing the platform design’s approval for the $19 million NPI initiative.• Leading innovative methods to improve the machine dynamic performance, despite significant constraints.• A staunch advocate for on-time, on-budget deliveries within the project, while remaining receptive to post-decision improvement suggestions that align with our long-term business goals.• Regularly check and update customer interests to ensure the work scope remains on track.• Leading the suspended assembly system, and the bearing system DFMEA.• Reflect on each milestone to identify opportunities for improvement.

Brisbane, Queensland, Australia

New Plymouth, Taranaki, New Zealand

Political candidate for the General Election 2020 in New Zealand.Very precious experience.

New Zealand

Design airborne product from sketch to engineering reports, from engineering function design to production, from top level certification plan to flight testing.Communicate with production regarding design improvements to facilitate production and maintenance. Assist the fleet team regarding the operators' requests.

Beijing City, China

The purpose of the control theory is to have the controlling system stable and reliable. The job for the mathematician is to find the high efficient control algorithm and prove it is stable. I designed a algorithm for a group of agents working together, and I prove that this algorithm is stable, by mathematics control theory.The job of the engineer is to make the controlling system reliable. I wrote the Matlab program to simulate the algorithm.Please refer my EI publication for details.

Beijing City, China

I worked as a production engineer who interpret design ideas and drawings and reports into languages that production can easily understand.