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The U.S. Department of Defence (DOD) has embarked on a journey, harnessing the power of technology and innovation to enhance its manufacturing capabilities. One key initiative driving this transformation is the network of Manufacturing Innovation Institutes (MIIs) that promote collaboration between the public and private sectors.
MIIs focus on various technology areas and industries to develop and transition cutting-edge technologies into practical applications. They are instrumental in driving innovation, fostering partnerships, and enhancing the manufacturing capabilities of the United States. During a visit by Dr Steven Wax, the Assistant Secretary of Defence for Science and Technology, to two such MIIs, the digital potential of these institutes came into sharp focus.
Dr Wax visited one of the Manufacturing Innovation Institutes located in Manchester, New Hampshire. This institute is on the cutting edge of regenerative medicine, combining the power of manufacturing and the science of regenerative medicine to create regenerative manufacturing. With more than 170 members, including corporations, academia, and not-for-profit organisations, The MII is driving innovation in medical treatments.
the Manufacturing Innovation Institutes located in Manchester is its work in biofabrication, where digital technology plays a vital role. The institute is advancing the creation of biofabricated ligaments, tendons, and more. These are not just any body parts; they are designed using digital modelling and 3D printing technologies. This digital approach allows for precise and customised solutions, transforming the way we treat musculoskeletal injuries.
Furthermore, the Manufacturing Innovation Institutes located in Manchester envisions a future where on-demand battlefield production of red blood cells and IV fluids becomes a reality. It has the potential to revolutionise medical care on the battlefield. Digital technology will be central to this vision, ensuring efficient and accurate production.
Department of Defence then visited one of the manufacturing innovation institutes in Cambridge. This MII has a unique focus on transforming traditional textiles into integrated and networked systems. These systems enable fabrics to become tech-enabled products with applications ranging from military uniforms to advanced wearables.
The MII innovative work centres on the convergence of textiles and digital technology. The institute is pioneering “active textiles” capable of utilising light-based communications. Imagine military uniforms embedded with technology to store power and sense potential hazards – it’s a game-changing prospect for warfighters. These digital fabrics could enable more efficient communication and real-time data collection, enhancing safety and performance on the battlefield.
Dr Steven Wax emphasised the importance of accelerating technology transition within the DOD. The MIIs are at the forefront of this initiative, ensuring that prototypes with the best long-term operational value for the department are rapidly integrated into production.
At this time, MIIs are working in collaboration. They are actively collaborating with industry, academia, and government partners to identify solutions for targeted issues. This collaborative approach not only fosters innovation but also ensures that the digital advancements developed are grounded in real-world applications.
The DOD’s commitment to the MIIs reflects its dedication to a digital transformation that will shape the future of defence. By leveraging digital technology and fostering innovation, these institutes are pushing the boundaries of what’s possible. The Manufacturing Innovation Institutes located in Manchester and Cambridge exemplify how technology can revolutionise and enhance the capabilities of the U.S. armed forces.
