On May 27-28, 2021, the seventh edition of the conference was held: "Young Researchers' Innovative Ideas: Science - Start-Ups - Industry" 2021. This year's edition had an online format. The event was devoted to innovative solutions in the field of, among others, mechatronics and mechanics. During the conference, Michał Góra and Robert Grolik presented their research work on large-scale 3D printing. The results of the research discussed in the speeches are the result of work carried out under the project “Developed technologies, consisting of a number of solutions, improving the quality of 3D printing and enabling large-size and multi-color printing” co-financed by The National Centre for Research and Development No. POIR.01.01.01-00-2064/15.
“Young Researchers’ Innovative Ideas: Science – Start-Ups – Industry” is a conference that was organized for the seventh time by IATI Autostrada Technologii i Innowacji.
As the organizer notes on the event website, "many documents highlight the need to create a knowledge-based economy by increasing scientific potential, mobility of academic staff and commercialization of inventions and innovations." The aim of the scientific conference was therefore to promote innovations that are developed by young scientists.
This year's edition raised, among others, issues from the areas of mechatronics, mechanics, and new technologies.
The conference was attended by long-standing ATMAT employees, Michał Góra and Robert Grolik, who in two speeches presented the results of research work conducted under the project: “Developed technologies, consisting of a number of solutions, improving the quality of 3D printing and enabling large-size and multi-color printing” No. POIR.01.01.01-00-2064/15. The results of the project discussed in the speeches are the result of research conducted as part of the project co-financed by The National Centre for Research and Development.
You can read more about the project here: New 3D printing technologies - ATMAT
The works presented included the following topics:
Estimation of energy demand for the purposes of a predictive extrusion temperature control algorithm – stabilization of fast-varying extrusion processes with the use of a multilayer perceptron
Elaboration of flexible, high-flow printing unit for thermoplastic polymers
Abstracts of both presentations have been published in a publication available here: Abstract Book 2021