3D Fixer initially focused on prototyping, and designing and producing a variety of 3D Printed items that were hard to source such as: - Vintage car parts (Radio bezels, knobs, chrome-plated outer parts) - Gears (Car Windows, coffee machines, automatic curtains) - Replacement household parts (Plantation shutter hinges, lighting clips) - Custom components (Brackets, connectors, machine parts) - Models (Houses, vehicles, sculptures)As the business has grown and 3D printing has become more commonplace, we now focus on engineering prototyping, 3D printer servicing, repairs, and integration of new technologies into schools and business, including training on new equipment. At 3D Fixer, we are committed to sustainability and have made it a goal to recycle plastic waste, reducing our carbon footprint and creating useful objects. Additionally, we provide cost-effective solutions for both individuals and large businesses, having worked with companies such as Stanley Black & Decker, ZIP Water, AMIT, the RFS, and Barker College.

As Event Manager of the UTS Café Club, I worked in collaboration with the team to organise and run events that cater to the diverse interests of our 400+ members. My primary roles include:- Planning the logistics of events to provide engaging and inclusive experiences for all our members. - Communicating with ActivateUTS to ensure seamless event operations and adherence to their guidelines.- Leading groups and fostering open communication among members.As Event Manager of the UTS Café Club, I am proud to have played a key role in building a vibrant and thriving community on campus.

During my university breaks, I assist ZIP Water's engineering, and research and development teams. Some of my roles have included: - Developing a site plan of their manufacturing plant in CAD to facilitate the organisation and installation of new equipment - Providing research and development of a new insulation method for the boiling water tanks - Creating proposals for suppliers to quote on - Prototyping sheet metal brackets through the usage of 3D printing - Assisting with research into alternative pumps, including testing their performance, noise level, and fitment into different models.