As print enters the third dimension, it’s possible to turn ideas into objects and the 3D printer race is heating up.
Having invented the world’s first 3D metal printer to use SPEE3D-patented technology, Melbourne manufacturer, SPEE3D, saw an opportunity to improve its unique software and brought on academic expertise through an APR.Intern PhD placement.
Supported by the Innovative Manufacturing CRC (IMCRC), SPEE3D was matched with James Cook University PhD candidate, Louis Cianciullo, whose research focused on Computer Science and Mathematics. By bringing a fresh perspective to the table, Louis helped SPEE3D tackle a persistent industry challenge: how to print a wider variety of complicated 3D geometries and shapes.
Guided by his Academic Mentor, James Cook University’s Dr Mangalam Sankupellay, Louis spent his time at SPEE3D’s Darwin facility. Here, he developed an innovative new algorithm that improved the way SPEE3D’s printing software constructed toolpaths in order to print more sophisticated shapes.
“Louis worked with our team to improve our method for deconstruction of a 3D model, allowing us to do more with our automation and reducing manual intervention. This saves our users valuable time and allows us to print a wider range of shapes. As the software has helped in-house development as well as our customers, it has been added into SPEE3D’s official software package,”
Steven Camilleri, SPEE3D Co-Founder and Louis’ Industry Supervisor
The industry experience and SPEE3D’s supportive atmosphere helped Louis develop confidence in himself as a researcher.
“I learned how to structure my research to align with a specific goal. Where academic research is more open-ended, industry research is very outcome-driven and this let me see the full range of the development process,”
Louis Cianciullo, former PhD Intern now Software Engineer at SPEE3D
On the project’s completion, SPEE3D offered Louis full-time employment as a Software Engineer. In his new role, Louis looks forward to developing more software that will help solve real-world manufacturing challenges.
This internship was supported by the Australian Government Department of Education and the IMCRC. IMCRC provides financial aid to Australian manufacturers looking to develop advanced manufacturing solutions.