Tauranga, Bay of Plenty, New Zealand
- Designed, produced, and tested parts for SA2 and SA7 drones - Designed and tested precision tooling for SA200 swashplate actuator calibration - Designed and modelled complex nose cone fairing for subsea vehicle - Assembled and manufactured SA2 and SA7 drone models and GCS components (CNC machining, riveting, drilling, sawing, assembly, wire crimping etc) - Assisted in field testing - managing pre and post flight safety checks, equipment set up and creating operational documentation
• Designed and built two harnessing test jigs utilising flight, 3D printed, and machined parts with the aid of NX Siemens • Carried out several efficiency tasks to optimise the Electron build process resulting in time savings of 25+ hours • Executed work instruction modifications and non-conformance admin
Tasked with developing a system to monitor physiological parameters to assist in early patient risk identification and intervention. The project involved prototyping and testing, utilising CNC machining, injection molding, SOLIDWORKS, VisualCAM and 3D printing, with data collection and analysis carried out using Microsoft Excel and Minitab.
Worked within the Refrigeration Structures department to develop a solution to minimise fluid and thermal leakage in a double door refrigerator model. The role required the use of CAD modelling, rapid prototyping and performance testing throughout the iterative process.