Alex Anderson
About
Alex Anderson is from Auckland, Auckland, New Zealand. Alex works in the following industries: "Aviation and Aerospace Component Manufacturing". Alex is currently Lead Mechanical Development & Test Engineer at Rocket Lab Ltd., located in Auckland, New Zealand. In Alex's previous role as a Senior Vehicle Test Engineer at Rocket Lab Ltd., Alex worked in until Oct 2019. Prior to joining Rocket Lab Ltd., Alex was a Vehicle Test Engineer at Rocket Lab Ltd. and held the position of Vehicle Test Engineer. Prior to that, Alex was a PhD Candidate at Auckland Bioengineering Institute, based in Auckland from Mar 2010 to Mar 2016. Alex started working as Engineering Intern at BlueScope Steel in Nov 2006.
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Alex Anderson's current jobs
My responsibilities have included day to day management of the testing workflow for R&D as well as production acceptance testing of vehicle systems while in a management transition period. I provided technical direction for the Vehicle Test Engineers and was responsible for approving test plans as well as checking and approving the results of testing. This includes qualifying designs for operation, and verifying acceptance testing has been performed to the correct standard. I have also been involved in the development and formalisation of engineering processes as the company transitions from a start-up with an R&D focus, to one which must deliver a reliable high-performance product while maintaining design flexibility.
Alex Anderson's past jobs
My responsibilities included thermal testing of heat shield structures, vehicle instrumentation for flight performance measurements, end-to-end electronics design (including enclosures) for signal acquisition/conditioning units and power distribution for sensor networks. Performing tests, in-depth analysis of the results and providing recommendations for design alterations were my core activities.
My responsibilities were, the design, manufacture, assembly, programming, and validation of a device intended to test samples of heart muscle tissue. Design involved the use of Solidworks, Ansys, and Altium. Manufacture involved the use of Featurecam, and a Deckel-Maho DMU 35M CNC machine (as well as a manual mill/drill press and lathe). Programming was done using NI LabVIEW, as well as Python (for scripting) and Matlab for data analysis. Validation was performed by executing the suite of experiments on samples of heart tissue.
Responsibilities included the layout of a holding area for heavy machinery and spare parts for the plant. As well as reformatting the SOP's for the iron works.