Australia Launches Framework to Guide AM Adoption in Maritime Defense
Austal, Curtin University, and AMCRC have initiated a project to create a structured framework for assessing additive manufacturing applications in Australia's maritime defense sector.
A new $600,000 joint research project has been launched by Austal, Curtin University, and the Additive Manufacturing Cooperative Research Centre (AMCRC) in Australia. The 18-month initiative aims to develop a structured framework to guide the adoption of additive manufacturing (AM) within the nation's maritime and defense industries.
The project intends to move beyond isolated AM use cases by creating a scalable methodology. This framework will evaluate components against operational, commercial, technical, and regulatory criteria, enabling a systematic assessment of potentially thousands of parts.
For Austal, a prime contractor for the US Navy's AM Centre of Excellence, this represents a shift from identifying individual AM applications to establishing a repeatable decision-making process applicable across its programs. The goal is to quantify the value AM delivers, inform investment decisions, enhance supply chain resilience, and accelerate advanced manufacturing capabilities.
Curtin University will lead the development and validation of the framework, utilizing vessel and supply chain data to ensure practical relevance. Dr. Karl Davidson, Research Lead, stated that the framework will combine engineering, operational, and commercial considerations to provide manufacturers with a more efficient path from identifying opportunities to implementation.
AMCRC Managing Director Simon Marriott highlighted that many organizations understand AM's potential but lack a structured approach to determine its commercial and operational viability. This project aims to deliver a practical solution for identifying high-value opportunities, prioritizing investments, and building confidence for scaling AM adoption.
This initiative addresses a critical bottleneck in AM adoption: moving from experimental use to strategic implementation. By creating a structured evaluation framework, it enables a data-driven approach to identify high-value applications, crucial for sectors like defense and aerospace where rigorous qualification and ROI are paramount. This aligns with the broader industry push for scalable, integrated additive manufacturing solutions.
Edited by the news editor with AI from the original report — please refer to the original source.