• Liaised with engineers and designers to understand design requirements and provided technical advice to manufacturing.• Used 3D and 2D CAD tools to design, develop and engineer high-quality models.• Monitor approval process of prototypes and development of samples for OEM Australian and International car manufactures.• Assist with communicating and providing engineering expertise to mould/tool makers as well as EGR’s internal manufacturing departments.• Providing 2D CAD support to mould/tool makers during the development of moulds for mass production.• Assisting the mould/tool makers in the laser programs during the development stage.• Providing CAD support during quotation of the OEM parts.• Designing of new accessory parts for OEM Projects.• Generating and updating CNC programs for mass productions of parts for router and laser machines.• CAD designs for mechanical clips.• Maintaining the stock and placing the orders for acrylic sheets for the development of OEM part mould/tool.• Preparing and reviewing fitting instructions for parts.• Liaise with OEM (Global Motor Vehicle companies) during product development to support and fix any development issues.

• Diagnosed cause of problems and completed repairs.• Inspected, tested and calibrated medical equipment before installing.• Provided validation, inspection, repairs and maintenance on clinical biomedical equipment.• Documented information regarding installations, repairs and inventory checks.• Documented service and repair procedures accurately and completely.• Performed preventive maintenance on 1 year basis for medical equipment.• Maintained proper care and storage of diagnostic tools and equipment and tracked inventory.• Responded to customer requests for service and repairs within 24 hours.

• Developed concept layout and design of fabricated product from specifications using 3D CAD software Solidworks.• Prepared sheet metal fabrication drawings, modifications and commercial specification drawings using Solidworks and AutoCAD.• Reviewed design requirements and identified appropriate materials to use in development of solutions.• Supported Mechanical engineering design through analysis and simulation of prototypes and computer models.• Developed, tested and assessed alternative design models and processing methods.• Performed analysis on technical designs and prototypes in development stage.• Estimated quantities and cost of materials, equipment and labor to determine project feasibility.• Recommended and selected new and replacement test equipment to improve research and testing capabilities.• Oversaw product development, design and releases for production of sheet metal gates and abstract products.• Performed on-site field surveys and wrote technical narratives to document processes and design changes.• Worked with product planners and industrial designers to conceptualize and refine product concepts.• Integrated environment, health and safety regulations into process design and work practices to alleviate risk.