Equip the Next Generation of Innovators with WAM® and ARCEMY®
As a leader in metal additive manufacturing technology, our vision is to pioneer the use of Wire-arc Additive Manufacturing globally. AML3D recognises that our continuous improvement and technology program is best paired with university and commercial research and development programs and educational syllabi to achieve this vision.
AML3D’s ARCEMY® EDU has been created to support educational institutions that have integrated Advanced and Additive Manufacturing programs within their syllabus and seek to expand student knowledge using innovative production technology. Multidisciplinary Engineering Institutions that offer Aerospace, Mechanical, Mechatronics, Chemical, and Material Science programs and Design Engineering and Industrial programs have the opportunity to develop and create world-class AM leaders capable of collaborating with industry on real-world projects.
Institution and commercial-based programs that may see ARCEMY® and WAM® incorporated include:
Manufacturing
Apply Wire-arc Additive Manufacturing systems to real-world applications, providing practical design and production skills to advance large-scale additive manufacturing technologies, producing students who are not only aware of AM technologies but can operate systems to build industrial-scale parts.
Materials
Expand knowledge, explore metal microstructures, characterise and test existing materials, and develop new-to-world materials. Build parts and provide practical experience.
Modelling
Create novel Industry 4.0 and 5.0 solutions to enhance the end product, develop productivity systems and improve industry competitiveness. Create simulations and create advanced approaches for AM from design to tooling.
Technology
Partner with industry for technology-driven R&D studies for commercial outcomes. Support with product development and supply chain improvements, driving digital transformation and creating factories of the future.
Design
Create designers and engineers that think additive first. Design for Additive Manufacturing (DfAM) is critical for designers and engineers to understand to optimise parts and products that deliver better performance.
Software
Software engineering and computer science are fundamental to driving WAM and ARCEMY® systems. Exploring AI, ML, AR, and VR and collaborating with AML3D allows educational institutions to develop forward-thinking and dynamic software engineers.
