Jeremy Kaddis

3D Printer Gear is dedicated to delivering innovative solutions in the realm of 3D printing technology by offering cutting-edge software advancements, robust hardware solutions, and unparalleled product expertise. We develop our own range of Australian-made 3D printers, and high quality accessories and products

- Providing professional 3D printing services including FDM, SLA and SLS. - Low-mid volume production runs utilising vacuum casting or silicone moulding - 3D design using CAD software (Onshape, Solidworks, AUTOCAD, Meshmixer, Simplify3D) - 3D scanning and reverse engineering services - Repair, edit and consult on CAD drawings for suitable additive manufacture - Sales of 3D printing materials including wood, nylon, ABS, PLA, rubber and specialty filament - Planning and running 3D printing workshops tailored to particular businesses (architecture, engineering, schools, medical etc) or the education sector (Engineers Australia) - Website design, UX strategy and SEO implementation to rank #1 on Google under 3D printing keywords - Accounting and financial bookkeeping to determine business strategy and direction within the additive industry

Embark on a language engagement program at Suzhou University that builds the Asia capabilities of Victorians and Victorian businesses by: - Undertaking a 6 month full-time language program learning simplified Chinese at Soochow University, Jiangsu, China - Leading a team in promoting Australian education, food, and culture through Suzhou International Day, October 2019 by setting up a marquee alongside Australian representatives and exposure of over 5000 visitors. - Representing the Victorian Government at the FASIC Conference, November 2019 (Foundation for Australian Studies in China) - Building peer to peer networks to build business relations between China and Australia through the attendance of networking groups in Nanjing, Suzhou, Shanghai and Jinan.

Industrial automation engineer specialising in palletising equipment using programmable logics and Kawasaki Robotics within the food industry. - Install end-to-end system on site through conceptual engineering drawings and through liaison with our international offshore head office. - Provide on going service and system support to customer client. - Create, modify and commission Kawasaki robot programmable code related to palletising standards. - Create and modify Allen Bradley PLC based ladder logic. - Create and modify SICK Safety logics based on Australian safety standards. - Provide training to on site operators regarding robot and system functionality, safety and troubleshooting.

Wind analysis of large developments within Australia and overseas ensuring wind speeds around the test site abide by Australian standards for pedestrian comfort and worst case scenario structural integrity. - Proxy construction for test environments following QC protocols - Cladding pressure test site modelling using Solidworks and construction using 3D printing abiding by Australian Standards

- assisting in the prototype design of a portable 3D Printer and extruder using Solidworks - sourcing out materials from suppliers in China, - construction of parts using a consumer CNC mill, lathe and 3D Printer - providing a 3D printing service for local companies

- Organisation of stadium timetable using Microsoft Excel - Supervise sporting teams - Completing payroll - Educated in first-aid - Running the YMCA cafeteria

Quality control engineer for a high-end shopping village being constructed in Suzhou, China where the main responsibilities were: - Inspect and identify critical errors during the construction process - Ensure correct construction of each of the 89 facades. - Create reports identifying the significance of these and suggesting solutions to the problem.

- Designing and drafting parts using solidworks for 10m water storage buffer tanks and 9.5m degassing pots for Origin Energy. - Hydrostatic testing, with surveying carried out at various stages to ensure uniform loading and continuity testing to avoid electrostatic buildup. - Participated in progress meetings, design revisions and manufacture of the handrails aboard the Helicopter Landing Deck (LHD) being constructed at BAE Systems, Williamstown for the Australian Navy. - Performed a feasibility study and report on manufacturing body panels using composite engineering solutions at Thales, Bendigo - Assisting qualified riggers and doggers in moving and rotating tanks up to 10m in height. - Educated in the 8D and LEAN system of manufacture. - Learnt the basic concepts of welding (MIG and ARC), dogging, fibre glass layup and resign concentrations.

- Service and maintanence of 26 placed vending machines units - Logging income and expenses using Microsoft Excel for taxation purposes - Buy/sell machines and components using eBay