Through the implementation of the AREOLA project, the primary objective was to develop cutting-edge digital training tools, including online theoretical materials and AR/VR simulations, tailored for PBF-LB operators in the aerospace industry to the focus of the implantation was take advantage of these new technologies and expand the capacity of educational materials in the field of AM, as well as to demonstrate the effectiveness of using these new technologies applied to the practical training of learners. By using these innovative tools we aimed to contribute for optimizing resources and increasing cost-effectiveness while maintaining the quality of training and facilitating access to training by all. Additionally, the intention was also to design and implement innovative blended learning paths supported by the newly developed training tools, providing flexible and personalized learning experiences for trainees. Ultimately, we wanted to contribute for improving competitiveness and facilitating the recovery of the aerospace sector by equipping workers through advanced training methods, digitalization of the IAMQS by providing XR tools and to provide recommendation to update blended learning guideline of IAMQS.
The decision to participate in the AREOLA project stemmed from recognizing the pressing challenges facing the aerospace sector post-COVID-19, particularly in additive manufacturing (AM) of metal components. We identified a critical need to enhance training methods for Powder Bed Fusion Laser Beam (PBF-LB) operators, who play a vital role in aerospace component manufacturing. Our goals included bridging the skills gap among AM operators, providing accessible and innovative training solutions, leveraging Augmented Reality (AR) and Virtual Reality (VR) technologies to enhance training effectiveness, and making vocational training more appealing and high-quality. Through AREOLA, our aim was to advance education in AM by harnessing technological advancements, supporting sector recovery, and ensuring a skilled workforce to drive industry growth. Furthermore, by aligning with the International Additive Manufacturing Qualification System (IAMQS), we aimed to contribute to the development of standardized training materials and methodologies. These efforts not only address immediate industry needs but also support the long-term sustainability and advancement of the aerospace sector.